| Stephanie Ribet | Fellowship | Phosphate Elimination and Recovery Lightweight (PEARL) Membrane: A Sustainable Environmental Remediation Approach |
| AMTA | Fact Sheet | Fact Sheet |
| Michael Mickley, PhD, PE | LAS07 | Small Systems Concentrate Disposal |
| Erik Rosenfeldt | RDU22 | Short-chain PFAS Treatment Costs: Experiences in PFAS Cost of Treatment |
| John Nichols | RDU22 | Brunswick County Northwest Water Treatment Plant Membrane Advanced Treatment Upgrades for Per- and Polyfluoroalkyls |
| Glenn Walker | RDU22 | Brunswick Countyís LPRO NPDES Permitting Process |
| Trenton Jackson | RDU22 | Tar Heels and Polyamide Reels: LPRO Piloting in the Old North State |
| Samantha Black | RDU22 | A Pilot Study to Evaluate PFAS Removal from Filtered Water |
| Judy Riffle | RDU22 | Tutorial: Reverse Osmosis Membrane Technologies for Purifying Water |
| Kerry Howe | RDU22 | Design Criteria and Operating Conditions Have Sizeable Impacts on Trace Organic Removal by Reverse Osmosis for Potable Reuse |
| Jill Miller | RDU22 | Rethinking Membrane Plant Operations |
| David Ladner | RDU22 | Managing and Treating PFAS in Membrane Concentrates |
| Kaylee / Tatiana Dusek / Konstantis | RDU22 | Emerging Membrane Strategies to "Unstick" PFAS from WRFs |
| Brent Alspach | RDU22 | The Maelstrom of Microplastics and Membrane Mitigation |
| Taroon / Carmily Bidar / Stone | DSM22 | IDNR Rules Update & Regulatory Considerations for Membranes in Iowa |
| Nick Deardorff | DSM22 | Grimes Reverse Osmosis Water Plant |
| Tom Imbornone | DSM22 | Understanding Salt Rejection the Path to a Healthy Membrane Life |
| Ben Movahed | DSM22 | Town of Walkersville, Maryland Integrated Membrane Water Treatment Plant |
| Isabel Cunningham | DSM22 | Mid-West Membrane Projects: Lessons Learned from Pilot Study and Full-Scale Start-Ups |
| Michael Bourke | DSM22 | Pilot Study and Full-Scale Implementation of Greensand Filtration & Reverse Osmosis at Prestage Foods |
| Nathan Kutil | DSM22 | Options for Expanding the Des Moines Saylorville Membrane Filtration Plant |
| Qigang Chang | DSM22 | Fargo 15 MGD Integrated Membrane WTP: Pilot Study, Design, Operation and Optimization |
| Adam Albrecht | DSM22 | PFAS Contamination and Current Solutions |
| Brian Hoellein | DSM22 | Ceramic Pilot Testing for Potential Use in a 10+ Year Old Polymeric Membrane Plant |
| Dave Holland | DSM22 | Lessons Learned in Eight Years of Operating Multi-bore Ultrafiltration Membranes at the Byesville, Ohio Drinking Water Plant |
| AMTA | Solutions | Newsletter |
| AMTA | Solutions | Newsletter |
| Steven Walden | Solutions | DBP Compliance Using Chlorine & Ceramic Membranes |
| Christine Owen | RDU22 | History of Emerging Contaminants |
| Detlef Knappe | RDU22 | Finding Emerging Contaminants |
| Christine Owen | RDU22 | Contaminants of Emerging Concern: The Regulatory Landscape |
| Greg Wetterau | RDU22 | Cost of Desalination |
| Brent Alspach | MTC22-LAS | Longer Term Impact of Desalinated Water on Blended Supplies |
| Brent Alspach | MTC22-LAS | Longer Term Impact of Desalinated Water on Blended Supplies |
| Keisuke Ikehata | MTC22-LAS | Lifecycle Cost Analysis of Photobioreactor Followed by Secondary RO for Enhanced Water Recovery in Brackish Water Desalination |
| Keisuke Ikehata | MTC22-LAS | Lifecycle Cost Analysis of Photobioreactor Followed by Secondary RO for Enhanced Water Recovery in Brackish Water Desalination |
| Steven Friedman | MTC22-LAS | A Plethora of Seawater Intakes Which Will Be Selected? |
| Steven Friedman | MTC22-LAS | A Plethora of Seawater Intakes Which Will Be Selected? |
| Viraj deSilva | MTC22-LAS | PFAS Removal for Potable Reuse |
| Yongtao Li | MTC22-LAS | Selection of Analytical Methods and Sampling Techniques for Membrane Treatment of PFAS in Water |
| Elaine Towe | MTC22-LAS | Practical Applications of Low- and High-Pressure Membranes for PFAS Removal |
| Stanton Smith | MTC22-LAS | Retrofit of Hollow Fiber MBR with Submerged Ceramic Membranes for Fats, Oils and Hydrocarbon Management in Industrial Reuse Plant |
| Brad Reisinger | MTC22-LAS | Using MBR for On Site Water Recovery in New Mexico - Challenges and Solutions |
| Troy Walker | MTC22-LAS | Using MBR for On Site Water Recovery in New Mexico - Challenges and Solutions |
| Ali Zarei Baygi | MTC22-LAS | Role of Membrane Fouling Layer on Release of Antibiotic Resistance Genes from Anaerobic Membrane Bioreactors |
| Darrell Byrer | DSM22 | Developing a Cleaning Procedure and Reducing Cleaning Frequency |
| Steve Troyer | DSM22 | Membrane Design and Troubleshooting Basics RO/NF |
| Wayne Bates | DSM22 | Membrane Design and Troubleshooting Basics: MF/UF |
| Amit Sankhe | DSM22 | Membrane Autopsy and Foulant Analyses |
| Travis Pender | DSM22 | Fort Dodge Reverse Osmosis Water Treatment Plant Case Study |
| Jonathan Kuntz | MTC22-LAS | NF/RO Membranes Ability to Remove 1,4-Dioxane From Water Sources Used for Drinking Water Production |
| Jonathan Kuntz | MTC22-LAS | NF/RO Membranes Ability to Remove 1,4-Dioxane From Water Sources Used for Drinking Water Production |
| Shaleena Smith | MTC22-LAS | Lessons Learned From the Start-Up and Commissioning of a Seawater Desalination Plant in a Palestinian Territory |
| Shaleena Smith | MTC22-LAS | Lessons Learned From the Start-Up and Commissioning of a Seawater Desalination Plant in a Palestinian Territory |
| Yaron Egozy | MTC22-LAS | Membrane Management Insights at a Large Scale SWRO Desalination Plant |
| Yaron Egozy | MTC22-LAS | Membrane Management Insights at a Large Scale SWRO Desalination Plant |
| Steve Alt | MTC22-LAS | 122,000 M3/Day Into a 106,700 M3/Day Footprint ñ Seawater Desalination Expansion in Morocco |
| Steve Alt | MTC22-LAS | 122,000 M3/Day Into a 106,700 M3/Day Footprint ñ Seawater Desalination Expansion in Morocco |
| Amit Kaldate | MTC22-LAS | Uniquely Innovative and Practical: Membrane Aerated Biofilm Reactor (MABR) for Nutrient Removal, Resiliency and Energy Efficiency |
| Amit Kaldate | MTC22-LAS | Uniquely Innovative and Practical: Membrane Aerated Biofilm Reactor (MABR) for Nutrient Removal, Resiliency and Energy Efficiency |
| Frederick Tack | MTC22-LAS | Maximizing Flexibility with MBR to Reduce the Long-Term Cost to Operate |
| Frederick Tack | MTC22-LAS | Maximizing Flexibility with MBR to Reduce the Long-Term Cost to Operate |
| Jared Hartwig | MTC22-LAS | Hitting a Moving Target - Designing an MBR System with Uncertain Nutrient Limmits |
| Jared Hartwig | MTC22-LAS | Hitting a Moving Target - Designing an MBR System with Uncertain Nutrient Limmits |
| Alan Daza | MTC22-LAS | Lessons Learned in the Construction of an 18.3 MGD Sulphate Removal Process (SRP) System for Oil Field Production |
| Alan Daza | MTC22-LAS | Lessons Learned in the Construction of an 18.3 MGD Sulphate Removal Process (SRP) System for Oil Field Production |
| Vadim Malkov | MTC22-LAS | The Value and Challenges of Chlorination/Dechlorination Process Optimization in Power Generation |
| Vadim Malkov | MTC22-LAS | The Value and Challenges of Chlorination/Dechlorination Process Optimization in Power Generation |
| Jochen Kallenberg | MTC22-LAS | Highly Improve RO Pre-Treatment Performance by Reducing Membrane Fouling and Associated Cost Using Activated Glass Filter Media (AFM) as Replacement for Sand |
| Karla Kinser | MTC22-LAS | An Approach to Membrane Filtration Cleaning Explored Through Three Case Studies |
| Karla Kinser | MTC22-LAS | An Approach to Membrane Filtration Cleaning Explored Through Three Case Studies |
| Kurt Dahl | MTC22-LAS | Pioneering Demonstration of Pathogen Log Reduction Values Via Turbidity Monitoring in a Full-Scale Membrane Bioreactor |
| Kurt Dahl | MTC22-LAS | Pioneering Demonstration of Pathogen Log Reduction Values Via Turbidity Monitoring in a Full-Scale Membrane Bioreactor |
| Jayme Klecker | MTC22-LAS | Sturgis: More Than a Motorcycle Rally |
| Jayme Klecker | MTC22-LAS | Sturgis: More Than a Motorcycle Rally |
| Kevin Daniels | MTC22-LAS | Reviewing the Options: Treatment Alternatives for Tempe's Kyrene WRF |
| Kevin Daniels | MTC22-LAS | Reviewing the Options: Treatment Alternatives for Tempe's Kyrene WRF |
| Steven Walden | MTC22-LAS | DBP Compliance Using Chlorine & Ceramic Membranes |
| Steven Walden | MTC22-LAS | DBP Compliance Using Chlorine & Ceramic Membranes |
| Mike Snodgrass | MTC22-LAS | Don't Let Chemical Cleaning Dictate Membrane Life |
| Mike Snodgrass | MTC22-LAS | Don't Let Chemical Cleaning Dictate Membrane Life |
| Brian Butters | MTC22-LAS | Advancements in Ceramic Membranes - They are Not All the Same |
| Brian Butters | MTC22-LAS | Advancements in Ceramic Membranes - They are Not All the Same |
| Stephen Cavanaugh | MTC22-LAS | Response Surface Modeling for Reverse Osmosis Remediation of Wastewater Containing Energetic Compounds |
| Steven Duranceau | MTC22-LAS | Occurrence of Nanometer and Micrometer Particles in Membrane Feed-Concentrate Channels |
| Steven Duranceau | MTC22-LAS | Occurrence of Nanometer and Micrometer Particles in Membrane Feed-Concentrate Channels |
| Joe Elarde | MTC22-LAS | Marine Corps Base Quantico Demonstration Study |
| Rushabh Shah | MTC22-LAS | Flux and Antifouling Performance of Bioinspired Liquid-Infused Membranes |
| Rushabh Shah | MTC22-LAS | Flux and Antifouling Performance of Bioinspired Liquid-Infused Membranes |
| Christian Sanders | MTC22-LAS | Investigating CCRO's Potential to Reduce Concentrate Flows on a Future Inland Water Reuse Application |
| Christian Sanders | MTC22-LAS | Investigating CCRO's Potential to Reduce Concentrate Flows on a Future Inland Water Reuse Application |
| Qigang Chang | MTC22-LAS | Cold Climate Surface Water Membrane Water Treatment Plant Operation Considerations |
| Qigang Chang | MTC22-LAS | Cold Climate Surface Water Membrane Water Treatment Plant Operation Considerations |
| John Civardi | MTC22-LAS | Evolution of New Jersey's Largest Membrane Facility Operations and Upgrades to City of New Brunswick's Water Treatment Facility |
| John Civardi | MTC22-LAS | Evolution of New Jersey's Largest Membrane Facility Operations and Upgrades to City of New Brunswick's Water Treatment Facility |
| Brian Butters | MTC22-LAS | O&M Summary of a Ceramic Membrane Drinking Water Plant Installed in 2014 |
| Daniela Panfil | MTC22-LAS | Best Practices for Start Up and Commissioning of New and Retrofitted Reverse Osmosis Facilities |
| Daniela Panfil | MTC22-LAS | Best Practices for Start Up and Commissioning of New and Retrofitted Reverse Osmosis Facilities |
| Kirk Lai | MTC22-LAS | Benefits of Operating with the New Thin-Membrane Technology in a Municipal Drinking Water RO |
| Kirk Lai | MTC22-LAS | Benefits of Operating with the New Thin-Membrane Technology in a Municipal Drinking Water RO |
| Carl Spangenberg | MTC22-LAS | Repair and Rehabilitation of Twenty-Year-Old NF Plant Trial and Tribulation |
| Carl Spangenberg | MTC22-LAS | Repair and Rehabilitation of Twenty-Year-Old NF Plant Trial and Tribulation |
| Matthew James | MTC22-LAS | The Influence of Complex Ions in High Recovery and Brine Concentrator Saturation Calculations |
| Matthew James | MTC22-LAS | The Influence of Complex Ions in High Recovery and Brine Concentrator Saturation Calculations |
| Katie Walker | MTC22-LAS | Pilot Studies of Per- and Polyfluoroalkyl Substances (PFAS) Removal From Drinking Water with Membranes and Treatment of Membrane Concentrate |
| David Ladner | MTC22-LAS | Managing and Treating PFAS in Membrane Concentrates |
| David Ladner | MTC22-LAS | Managing and Treating PFAS in Membrane Concentrates |
| Viraj deSilva | MTC22-LAS | Evaluating Membrane Options for PFAS Removal and Practices for Concentrate Management |
| Gregory Sato | MTC22-LAS | Statistical Analysis of Foulant Composition from Membranes Collected from Reuse Applications |
| Gregory Sato | MTC22-LAS | Statistical Analysis of Foulant Composition from Membranes Collected from Reuse Applications |
| Xuan Liu | MTC22-LAS | Coupled Oxidant-Membrane Processes for Decreased Fouling and Enhanced Flux in Water Reclamation Application |
| Xuan Liu | MTC22-LAS | Coupled Oxidant-Membrane Processes for Decreased Fouling and Enhanced Flux in Water Reclamation Application |
| Christopher Morrow | MTC22-LAS | Verifying MBR Membrane Integrity with Pressure Decay Testing; Implications and Interpretation of Test Pressure |
| Christopher Morrow | MTC22-LAS | Verifying MBR Membrane Integrity with Pressure Decay Testing; Implications and Interpretation of Test Pressure |
| Larry Morris | MTC22-LAS | Quantifying the Mechanisms Contributing to Pathogen Removal in Membrane Bioreactors |
| Larry Morris | MTC22-LAS | Quantifying the Mechanisms Contributing to Pathogen Removal in Membrane Bioreactors |
| Ufuk Erdal | MTC22-LAS | Alternative Approaches for Chemical and Pathogen Control in CA DPR Projects |
| Richard Stover | MTC22-LAS | Design Considerations and Economics of Emerging Membrane Brine Concentration Processes |
| Richard Stover | MTC22-LAS | Design Considerations and Economics of Emerging Membrane Brine Concentration Processes |
| Chad Unrau | MTC22-LAS | High Recovery Electrochemical Desalination |
| Katie Walker | MTC22-LAS | Pilot Studies of Per- and Polyfluoroalkyl Substances (PFAS) Removal From Drinking Water with Membranes and Treatment of Membrane Concentrate |
| Sue Mecham | MTC22-LAS | New Material Membranes and the Holy Grail: Chlorine Stable Reverse Osmosis Membranes |
| Javad Roostaei | MTC22-LAS | Real-Time Data Collection, Analytics, and Visualization for Operating and Maintenance of RO Membranes at Chino II, CA |
| Javad Roostaei | MTC22-LAS | Real-Time Data Collection, Analytics, and Visualization for Operating and Maintenance of RO Membranes at Chino II, CA |
| Hannah Ray | MTC22-LAS | Pilot Testing for Validation of Log Removal Credit for Reverse Osmosis and Nanofiltration Membranes |
| Hannah Ray | MTC22-LAS | Pilot Testing for Validation of Log Removal Credit for Reverse Osmosis and Nanofiltration Membranes |
| Han Gu | MTC22-LAS | Full-Scale RO 3+ Log Removal of Virus Surrogates Using Native and Spiked Molecular Markers and Condusctivity Profiling |
| Han Gu | MTC22-LAS | Full-Scale RO 3+ Log Removal of Virus Surrogates Using Native and Spiked Molecular Markers and Condusctivity Profiling |
| Jason Assouline | MTC22-LAS | Demonstrating Greater LRVS Across NF and RO Membranes Results from Two Full Scale RO-Based Potable Reuse Treatment Facilities |
| Jason Assouline | MTC22-LAS | Demonstrating Greater LRVS Across NF and RO Membranes Results from Two Full Scale RO-Based Potable Reuse Treatment Facilities |
| Michael Mickley | MTC22-LAS | High Recovery Desalination Technologies and Concentrate Management |
| Michael Mickley | MTC22-LAS | High Recovery Desalination Technologies and Concentrate Management |
| Brian Butters | MTC22-LAS | Residuals Management & Zero Liquid Discharge Using Ceramic Membrane De-Watering |
| Brian Butters | MTC22-LAS | Residuals Management & Zero Liquid Discharge Using Ceramic Membrane De-Watering |
| Jishan Wu | MTC22-LAS | Reverse Osmosis Membrane Compaction and Embossing at Ultra-High Pressure Operation |
| Jishan Wu | MTC22-LAS | Reverse Osmosis Membrane Compaction and Embossing at Ultra-High Pressure Operation |
| Andrew Safulko | MTC22-LAS | Closed-Circuit High-Pressure Membrane Systems for the Separation of Per and Polyfluoroalkyl Substances |
| Andrew Safulko | MTC22-LAS | Closed-Circuit High-Pressure Membrane Systems for the Separation of Per and Polyfluoroalkyl Substances |
| Eugene Rozenbaoum | MTC22-LAS | A Tale of Two Pilots: PFAS Removal with Thin Film Nanocomposite Membranes |
| Eugene Rozenbaoum | MTC22-LAS | A Tale of Two Pilots: PFAS Removal with Thin Film Nanocomposite Membranes |
| Sunny Wang | MTC22-LAS | Delivering a Sustainable Water Supply Through Membrane Technologies |
| Ben Movahed | MTC22-LAS | Key Parameters to Consider When Designing a Membrane Plant |
| Bruce Bishop | MTC22-LAS | Use of Advanced Three-Stage Membrane System for Turning Extreme Wastewater Into Boiler Feed Water |
| Bruce Bishop | MTC22-LAS | Use of Advanced Three-Stage Membrane System for Turning Extreme Wastewater Into Boiler Feed Water |
| Susan Guibert | MTC22-LAS | How Improving Performance and Packing Density Can be Achieved Concurrently with a Flat-Sheet MBR |
| Susan Guibert | MTC22-LAS | How Improving Performance and Packing Density Can be Achieved Concurrently with a Flat-Sheet MBR |
| James DeCarolis | MTC22-LAS | Implementation of an Integrated Membrane System to Expand Reuse - City of Phoenix Cave Creek Water Reclamation Plant |
| James DeCarolis | MTC22-LAS | Implementation of an Integrated Membrane System to Expand Reuse - City of Phoenix Cave Creek Water Reclamation Plant |
| Lindsay Housley | MTC22-LAS | Which Membrane to Choose? A Comparison of Ceramic, PVDF, and PES Ultrafiltration Membranes and Surface Water Treatment |
| Lindsay Housley | MTC22-LAS | Which Membrane to Choose? A Comparison of Ceramic, PVDF, and PES Ultrafiltration Membranes and Surface Water Treatment |
| Trenton Jackson | MTC22-LAS | Construction of a 10 MGD UF Surface Water Plant in Pearland, Texas |
| GJ Schers | MTC22-LAS | A Dual Source Facility Evaluates Expansion of Their Groundwater ROWTP and Inclusion of Membranes in Their Surface WTP |
| Alex Waite | MTC22-LAS | Reversing the Flow - Full-Scale Design Considerations for Flow Reversal Reverse Osmosis |
| Alex Waite | MTC22-LAS | Reversing the Flow - Full-Scale Design Considerations for Flow Reversal Reverse Osmosis |
| Lance Littrell | MTC22-LAS | The First U.S. Installation of a BWRO Pressure Exchanger |
| Lance Littrell | MTC22-LAS | The First U.S. Installation of a BWRO Pressure Exchanger |
| Jeffery Beaty | MTC22-LAS | NOM and DBP Precursor Removal Comparisons Between NF and RO Membranes on Cold, High Organics Source Waters |
| Sue Mecham | MTC22-LAS | New Material Membranes and the Holy Grail: Chlorine Stable Reverse Osmosis Membranes |
| James Lozier | MTC22-LAS | Thirteen Years of Operation of the World's Largest Zero Liquid Discharge Membrane Plant - What Works and What Doesn't |
| Brennen Graff | MTC22-LAS | "Just Three More Years": Creating a Membrane Plant Evaluation for Elevated Production and Risk |
| Brennen Graff | MTC22-LAS | "Just Three More Years": Creating a Membrane Plant Evaluation for Elevated Production and Risk |
| Jonathan Brant | MTC22-LAS | Magnetic Fields and Manipulation of Water Behaviors: A Viable Method for Reducing RO Specific Energy Consumption |
| Jonathan Brant | MTC22-LAS | Magnetic Fields and Manipulation of Water Behaviors: A Viable Method for Reducing RO Specific Energy Consumption |
| Kerry Howe | MTC22-LAS | Design Criteria and Operating Conditions Have Sizeable Impacts on Trace Organic Removal by Reverse Osmosis for Potable Reuse |
| Kerry Howe | MTC22-LAS | Design Criteria and Operating Conditions Have Sizeable Impacts on Trace Organic Removal by Reverse Osmosis for Potable Reuse |
| Joshua Berryhill | MTC22-LAS | Tap into MBR - The Hamby Water Reclamation Facility Indirect Potable Reuse Project |
| David Holland | MTC22-LAS | No-Break Fiber Solves Membrane Integrity Problems at Five Water Treatment Plants |
| David Holland | MTC22-LAS | No-Break Fiber Solves Membrane Integrity Problems at Five Water Treatment Plants |
| Cameron Griffiths | MTC22-LAS | Implementation of Membrane Gravity Filtration |
| Wayne Bates | MTC22-LAS | Pretreatment is the Key to Successful RO Operation |
| Raul Alfaro | MTC22-LAS | Pre-Treatment and Nanofiltration Pilot Study to Manage Increased Particulate Loading and Reduced Acid Feed Conditions |
| Raul Alfaro | MTC22-LAS | Pre-Treatment and Nanofiltration Pilot Study to Manage Increased Particulate Loading and Reduced Acid Feed Conditions |
| Mo Malki | MTC22-LAS | The Perils of Using Chloramines for Pretreatment of Water Reuse RO |
| Mo Malki | MTC22-LAS | The Perils of Using Chloramines for Pretreatment of Water Reuse RO |
| Paula Campesino | MTC22-LAS | Evaluating Inhibitors for Infrastructure Corrosion Control for a Blended Reverse Osmosis and Ion Exchange Process Water |
| Paula Campesino | MTC22-LAS | Evaluating Inhibitors for Infrastructure Corrosion Control for a Blended Reverse Osmosis and Ion Exchange Process Water |
| Sunny Wang | MTC22-LAS | Delivering a Sustainable Water Supply Through Membrane Technologies |
| Dustin Whynman | MTC22-LAS | Construction and Startup of a 7-Stage RO System at the Valencia Advanced Water Treatment Facility |
| John Civardi | MTC22-LAS | Creating a Soft Spot for Your Water: Turning an Aging Time Softening Water System Into a State-of-the-Art Membrane MF/NF Plant |
| John Civardi | MTC22-LAS | Creating a Soft Spot for Your Water: Turning an Aging Time Softening Water System Into a State-of-the-Art Membrane MF/NF Plant |
| Greg Wetterau | MTC22-LAS | The Headworks DPR Remonstration Project: Implementing DPR for the City of LA |
| Greg Wetterau | MTC22-LAS | The Headworks DPR Remonstration Project: Implementing DPR for the City of LA |
| Val Frenkel | MTC22-LAS | IPR vs. DPR: Which One Makes More Sense For Your Community |
| Val Frenkel | MTC22-LAS | IPR vs. DPR: Which One Makes More Sense For Your Community |
| Ufuk Erdal | MTC22-LAS | Demonstration of Artificial Intelligence and Machine Learning in Potable Reuse Projects |
| Ufuk Erdal | MTC22-LAS | Demonstration of Artificial Intelligence and Machine Learning in Potable Reuse Projects |
| Arun Subramani | MTC22-LAS | An Emerging Application for Low-Pressure Membranes: Treatment of Backwash Waste at Surface Water Treatment Plants for Potable Reuse |
| Arun Subramani | MTC22-LAS | An Emerging Application for Low-Pressure Membranes: Treatment of Backwash Waste at Surface Water Treatment Plants for Potable Reuse |
| Frans Knops | MTC22-LAS | Optimizing Organics Removal from Surface Water in a Coagulation / Ultrafiltration System |
| Alex Wang | MTC22-LAS | Optimizing Organics Removal from Surface Water in a Coagulation / Ultrafiltration System |
| Vasu Veerapaneni | MTC22-LAS | Freezing vs. Evaporation for Zero Liquid Discharge Desalination |
| Prasad Kaniampal | MTC22-LAS | The Evolution of High Recovery Reverse Osmosis to Achieve 95%+ Recovery |
| Prasad Kaniampal | MTC22-LAS | The Evolution of High Recovery Reverse Osmosis to Achieve 95%+ Recovery |
| Rory Weaver | MTC22-LAS | Designing with Turbochargers: Case Studies for Ultra High Pressure RO Operation |
| Rory Weaver | MTC22-LAS | Designing with Turbochargers: Case Studies for Ultra High Pressure RO Operation |
| James Lozier | MTC22-LAS | Thirteen Years of Operation of the World's Largest Zero Liquid Discharge Membrane Plant - What Works and What Doesn't |
| Joseph Kelly | MTC21-PBI | Filtration with Inside-to-Out Ultrafiltration Membranes of Wastewater Containing Powdered Actgivated Carbon |
| Joseph Kelly | MTC21-PBI | Filtration with Inside-to-Out Ultrafiltration Membranes of Wastewater Containing Powdered Actgivated Carbon |
| Yue Hu | MTC21-PBI | Treating Variable TDS Feed Water: Cost-Effective Existing System Modification and Upgrade |
| Yue Hu | MTC21-PBI | Treating Variable TDS Feed Water: Cost-Effective Existing System Modification and Upgrade |
| Susan Rudy | MTC21-PBI | Regional Experience with Small Membrane Plants Leads to Improved Design and Operations |
| Susan Rudy | MTC21-PBI | Regional Experience with Small Membrane Plants Leads to Improved Design and Operations |
| Chelsea Jensen | MTC21-PBI | Application of a Pre-Engineered, Fully Automated, and Minimal Waste Discharge Ultrafiltration System for Remote Installation in Star Lake, Ny |
| Chelsea Jensen | MTC21-PBI | Application of a Pre-Engineered, Fully Automated, and Minimal Waste Discharge Ultrafiltration System for Remote Installation in Star Lake, Ny |
| Verena Winter | MTC21-PBI | Citywide Water Curtailment in Newport, OR - The Mystery of a Membrane Fouling That Created an Emergency Situation |
| Verena Winter | MTC21-PBI | Citywide Water Curtailment in Newport, OR - The Mystery of a Membrane Fouling That Created an Emergency Situation |
| Dan Dye | MTC21-PBI | Application of Two-Stage Ultrafiltration for High Water Recovery and Minimal Waste Discharge in Big Timber, MT |
| Dan Dye | MTC21-PBI | Application of Two-Stage Ultrafiltration for High Water Recovery and Minimal Waste Discharge in Big Timber, MT |
| Ricardo Bernal | MTC22-LAS | Innovative Use of Engine Exhaust to Treat Reverse Osmosis Concentrate |
| Ricardo Bernal | MTC22-LAS | Innovative Use of Engine Exhaust to Treat Reverse Osmosis Concentrate |
| Julian Arroyo | MTC22-LAS | High-Pressure Reverse Osmosis System Treating Wastewater from a Pharmaceutical Production Facility as Part of a ZLD Projectg |
| Julian Arroyo | MTC22-LAS | High-Pressure Reverse Osmosis System Treating Wastewater from a Pharmaceutical Production Facility as Part of a ZLD Projectg |
| Fred Gerringer | MTC22-LAS | Brine Minimization Maximizes Potential for an Inland Potable Reuse Project |
| Fred Gerringer | MTC22-LAS | Brine Minimization Maximizes Potential for an Inland Potable Reuse Project |
| Dustin Whynman | MTC22-LAS | Construction and Startup of a 7-Stage RO System at the Valencia Advanced Water Treatment Facility |
| Walter Kosar | MTC21-PBI | Experimental Design Study of Reinforced Hollow Fiber Membrane Casting |
| Walter Kosar | MTC21-PBI | Experimental Design Study of Reinforced Hollow Fiber Membrane Casting |
| Keisuke Ikehata | MTC21-PBI | Dissolved Silica, Calcium, and Nutrient Removal From Reverse Osmosis Concentrate by the Diatom-Based Photobiological Treatment |
| Keisuke Ikehata | MTC21-PBI | Dissolved Silica, Calcium, and Nutrient Removal From Reverse Osmosis Concentrate by the Diatom-Based Photobiological Treatment |
| Steve Scheidler | MTC21-PBI | Marker Based DIT Now in Commercial Use |
| James Vickers | MTC21-PBI | Automated Conductivity Profiling of Reverse Osmosis Units for Integrity Verification |
| James Vickers | MTC21-PBI | Automated Conductivity Profiling of Reverse Osmosis Units for Integrity Verification |
| Jonathan Kuntz | MTC21-PBI | NF/RO Membranes Ability to Remove 1,4-Dioxane From Water Sources Used for Drinking Water Production |
| Jonathan Kuntz | MTC21-PBI | NF/RO Membranes Ability to Remove 1,4-Dioxane From Water Sources Used for Drinking Water Production |
| Carlyn Higgins | MTC21-PBI | The Influence of Chirality on the Removal of Ibuprofen in a Nanofiltration Membrane Process |
| Stephanie Ribet | MTC21-PBI | Multifunctional Nanocomposite Membranes: A Sustainable Environmental Remediation Approach |
| Stephanie Ribet | MTC21-PBI | Multifunctional Nanocomposite Membranes: A Sustainable Environmental Remediation Approach |
| Richard Stover | MTC21-PBI | Chloride Reduction in Municipal Wastewater Effluent with Membrane Brine Concentration |
| Richard Stover | MTC21-PBI | Chloride Reduction in Municipal Wastewater Effluent with Membrane Brine Concentration |
| Michael Gisclair | MTC21-PBI | Established Practices, Innovative Design, and New Products: A New Generation of Ultra High Pressure Desalination |
| Michael Gisclair | MTC21-PBI | Established Practices, Innovative Design, and New Products: A New Generation of Ultra High Pressure Desalination |
| Mo Malki | MTC21-PBI | A Novel Method for Modeling Brine and Permeate pH in RO and NF Systems |
| Mo Malki | MTC21-PBI | A Novel Method for Modeling Brine and Permeate pH in RO and NF Systems |
| Dan Dye | MTC21-PBI | Evaluation of an Integrated Tertiary Treatment System for Ultra-Low Level Phosphorus Removal in Hayden, Idaho |
| Erik Tynes | MTC21-PBI | Brine Recirculation and Other High Recovery SWRO Process Innovations Utilizing Isobaric Energy Recovery Devices |
| Lance Littrell | MTC21-PBI | Squezzing 14% More Efficincy From RO Using Flow Reversal |
| Lance Littrell | MTC21-PBI | Squezzing 14% More Efficincy From RO Using Flow Reversal |
| Michael Shaw | MTC21-PBI | Upgrading a Drinking Water Membrane Plant with Ceramic Membranes, A Case Study |
| Michael Shaw | MTC21-PBI | Upgrading a Drinking Water Membrane Plant with Ceramic Membranes, A Case Study |
| Ruoren Yu | MTC21-PBI | Optimization of Ceramic Ultrafiltration Membranes for Stormwater Treatment and Trace Megal Removal |
| Ruoren Yu | MTC21-PBI | Optimization of Ceramic Ultrafiltration Membranes for Stormwater Treatment and Trace Megal Removal |
| Dave Holland | MTC21-PBI | Ceramic Membrane Microfiltration Allows Reuse of Challenging Wastewaters at Two U.S. Locations |
| Dave Holland | MTC21-PBI | Ceramic Membrane Microfiltration Allows Reuse of Challenging Wastewaters at Two U.S. Locations |
| Daniela Panfil | MTC21-PBI | Case Study: Reverse Osmosis Groundwater Treatment Expansion and Retrofit at the City of Goodyear's Bullard Water Campus |
| Daniela Panfil | MTC21-PBI | Case Study: Reverse Osmosis Groundwater Treatment Expansion and Retrofit at the City of Goodyear's Bullard Water Campus |
| James Vickers | MTC21-PBI | Establishing a Baseline of Virus Removal by a Full-Scale Reverse Osmosis Sytem |
| James Vickers | MTC21-PBI | Establishing a Baseline of Virus Removal by a Full-Scale Reverse Osmosis Sytem |
| Erin Partlan | MTC21-PBI | Advancements in Prediction of Risk and Establishing Plant Performance Criteria from Pathogens in Untreated Wastewater for DPR |
| Ufuk Erdal | MTC21-PBI | Full Advanced Treatment for Potable Reuse in Inland Areas-Yeah it is Doable |
| Ufuk Erdal | MTC21-PBI | Full Advanced Treatment for Potable Reuse in Inland Areas-Yeah it is Doable |
| Curtis Gauthier | MTC21-PBI | Sustainable Ocean Intake and Pumping Facility for the Carlsbad Desalination Plant |
| Curtis Gauthier | MTC21-PBI | Sustainable Ocean Intake and Pumping Facility for the Carlsbad Desalination Plant |
| Steven Friedman | MTC21-PBI | Ocean Plan Amendment Compliance Carlsbad Desalination Plant Catches the First Wave |
| Steven Friedman | MTC21-PBI | Ocean Plan Amendment Compliance Carlsbad Desalination Plant Catches the First Wave |
| Jonathan Pressdee | MTC21-PBI | The Effectiveness of Ceramic Ultrafiltration as a Pre-Treatment for SWRO at TUAS Spring Singapore |
| Greg Newbloom | MTC21-PBI | Functionalized Nanoporous Ceramic Membranes Towards Low Cost Electrodialysis |
| Greg Newbloom | MTC21-PBI | Functionalized Nanoporous Ceramic Membranes Towards Low Cost Electrodialysis |
| Karla Kinser | MTC21-PBI | Expanding UF/MF Plants - Should you Cut the Cord with Your Existing Manufacturer? |
| Karla Kinser | MTC21-PBI | Expanding UF/MF Plants - Should you Cut the Cord with Your Existing Manufacturer? |
| Tom Poschmann | MTC21-PBI | Strategies and Options for Replacement of MF/UF Membranes and Upgrading Plant Performance |
| Jarrett Kinslow | MTC21-PBI | Seeking a Better UF Procurement Mousetrap: A Case Study of Unique Procurement Approaches for Expansion of an Existing UF WTP |
| Vetrivel Dhagumudi | MTC21-PBI | Water Reuse Optimization in the Paper Industry with Ceramic Membranes |
| Vetrivel Dhagumudi | MTC21-PBI | Water Reuse Optimization in the Paper Industry with Ceramic Membranes |
| Noriaki Kanamori | MTC21-PBI | Industrial Reuse of Wastewater with Abrasive Solids Using Ceramic Membranes |
| Noriaki Kanamori | MTC21-PBI | Industrial Reuse of Wastewater with Abrasive Solids Using Ceramic Membranes |
| Ronit Erlitzki | MTC21-PBI | Flow-Reversal High-Recovery RO Resolved Water Quality Issues & Created Savings in Industrial Applications |
| Gal Greenberg | MTC21-PBI | Comparison Between Pulse Flow Reverse Osmosis (PFROô) and Standard RO |
| Gal Greenberg | MTC21-PBI | Comparison Between Pulse Flow Reverse Osmosis (PFROô) and Standard RO |
| Brent Alspach | MTC21-PBI | Innovative Alternatives for Enhanced Recovery of NF/RO Systems |
| Brent Alspach | MTC21-PBI | Innovative Alternatives for Enhanced Recovery of NF/RO Systems |
| Brad Reisinger | MTC21-PBI | Managing Membrane Health and Performance - A Case Study |
| Brad Reisinger | MTC21-PBI | Managing Membrane Health and Performance - A Case Study |
| Juan Pinto | MTC21-PBI | Brine Recirculation and Other High Recovery SWRO Process Innovations Utilizing Isobaric Energy Recovery Devices |
| James Steffen | MTC21-PBI | What is a Contractor's Role in an Alternative Delivery Project Mebrane Selection? |
| Michael Conn | MTC21-PBI | Open Platform Low-Pressure Membrane System Procurement and Design - A Case Study from Post Falls, Idaho |
| Michael Conn | MTC21-PBI | Open Platform Low-Pressure Membrane System Procurement and Design - A Case Study from Post Falls, Idaho |
| Karla Kinser | MTC21-PBI | Alternative Membrane Module Evaluation for the City of Thornton Submerged Membrane Plant |
| Karla Kinser | MTC21-PBI | Alternative Membrane Module Evaluation for the City of Thornton Submerged Membrane Plant |
| Brian Arntsen | MTC21-PBI | Refinery Wastewater Treatment - 9 Years of Successful MBR Operations |
| Greg Wetterau | MTC21-PBI | Anaerobic membrane Bioreactors - Pushing Cross-Flow and Mixed Liquor Concentration to the Limit at a Brewery |
| Greg Wetterau | MTC21-PBI | Anaerobic membrane Bioreactors - Pushing Cross-Flow and Mixed Liquor Concentration to the Limit at a Brewery |
| Maryam Salehi | MTC21-PBI | The Impacts of Potential Controlling Parameters on the Degree of Nitritation in a MABR Treating High Strength Wastewater |
| Maryam Salehi | MTC21-PBI | The Impacts of Potential Controlling Parameters on the Degree of Nitritation in a MABR Treating High Strength Wastewater |
| Steven Alt | MTC21-PBI | Regional Brackish Water Reclamation Program Feasibility Study |
| Steven Alt | MTC21-PBI | Regional Brackish Water Reclamation Program Feasibility Study |
| Mo Malki | MTC21-PBI | Case Study: The Use of a Novel Antiscalant to Prevent Iron Fouling in a Brackish Water RO System |
| Mo Malki | MTC21-PBI | Case Study: The Use of a Novel Antiscalant to Prevent Iron Fouling in a Brackish Water RO System |
| Megan Lee | MTC21-PBI | Water Quality, The Forgotten Secret to System Optimization |
| Megan Lee | MTC21-PBI | Water Quality, The Forgotten Secret to System Optimization |
| Weiming Qi | MTC21-PBI | Energy Reduction in Ceramic Microfiltration using Carbon-Dioxide-Enhanced Backwash |
| Weiming Qi | MTC21-PBI | Energy Reduction in Ceramic Microfiltration using Carbon-Dioxide-Enhanced Backwash |
| Jonathan Pressdee | MTC21-PBI | The Effectiveness of Ceramic Ultrafiltration as a Pre-Treatment for SWRO at TUAS Spring Singapore |
| Jarrett Kinslow | MTC21-PBI | Concentrate Disposal Considerations for In-Land Desalination: A Comparison of Case Studies from Florida and Texas |
| Dave Holland | MTC21-PBI | SC Water District Evaluates Ceramic and Polymeric Membranes for its New 4 MGD Drinking Water Plant |
| Sean Carter, PE | MTC21-PBI | Pilot Study Results of New High Surface Area UF Module at Clifton Water District |
| Sean Carter, PE | MTC21-PBI | Pilot Study Results of New High Surface Area UF Module at Clifton Water District |
| Qigang Chang | MTC21-PBI | Lessons Learned in the First Two Years Operation of a 15 MGD Membrane WTP |
| Karen Pappas | MTC21-PBI | The FYI on CIP: Disposal of Spent UF Membrane Cleaning Solutions |
| Nagham Najeeb | MTC21-PBI | The Four Essential Factors for a Successful CIP |
| Holly Shorney-Darby | MTC21-PBI | Using Ozone to Clean Ceramic Membranes |
| Andrew Barba | MTC21-PBI | Optimized Chemical Pretreatment and Membrane Element Performance at a 10 MGD Nanofiltration Plant |
| Andrew Barba | MTC21-PBI | Optimized Chemical Pretreatment and Membrane Element Performance at a 10 MGD Nanofiltration Plant |
| Tiffany Miller | MTC21-PBI | Evaluating How Nanofiltration Stacks up to Other Non-Conventional Technologies for a Florida Surface Water AWS |
| Tiffany Miller | MTC21-PBI | Evaluating How Nanofiltration Stacks up to Other Non-Conventional Technologies for a Florida Surface Water AWS |
| Julie Nemeth-Harn | MTC21-PBI | NF Design and Operation at 98% Recovery - Two Years of Operation and CIP Results |
| Julie Nemeth-Harn | MTC21-PBI | NF Design and Operation at 98% Recovery - Two Years of Operation and CIP Results |
| David Lader | MTC21-PBI | Computational Fluid Dynamics (CFD) Modeling of Novel Designs for 3D-Printed Spacers in High-Pressure Membrane Modules |
| David Lader | MTC21-PBI | Computational Fluid Dynamics (CFD) Modeling of Novel Designs for 3D-Printed Spacers in High-Pressure Membrane Modules |
| Rodney Herrington | MTC21-PBI | CFD Modeling Studies and Empirical Comparison of Performance in 3D Printed Spacers in Spiral Wound Membrane Elements |
| Rodney Herrington | MTC21-PBI | CFD Modeling Studies and Empirical Comparison of Performance in 3D Printed Spacers in Spiral Wound Membrane Elements |
| James Steffen | MTC21-PBI | What is a Contractor's Role in an Alternative Delivery Project Mebrane Selection? |
| Hannah Ford | MTC21-PBI | Push It to the Limit with High-Recovery Closed Circuit Reverse Osmosis and Flow Reversal Reverse Osmosis |
| Jason Kizer | MTC21-PBI | Embrace the Solids - Rethinking How Pretreatment is Used with MF/UF Membranes |
| Jason Kizer | MTC21-PBI | Embrace the Solids - Rethinking How Pretreatment is Used with MF/UF Membranes |
| Alexander Yoffie | MTC21-PBI | Optimizing Membrane Filtration Systems Through the Application of Digital Twins |
| Alexander Yoffie | MTC21-PBI | Optimizing Membrane Filtration Systems Through the Application of Digital Twins |
| Frans Knops | MTC21-PBI | Optimizing Organics Removal from Surface Water in a Coagulation / Ultrafiltration System |
| Frans Knops | MTC21-PBI | Optimizing Organics Removal from Surface Water in a Coagulation / Ultrafiltration System |
| Sirwan Alimoradi | MTC21-PBI | Impact of Shock Organic Loading Rates on Fouling and Clogging Frequency of Membrane Bioreactors |
| Sirwan Alimoradi | MTC21-PBI | Impact of Shock Organic Loading Rates on Fouling and Clogging Frequency of Membrane Bioreactors |
| Deborah Houdeshell | MTC21-PBI | A Tale of Two Winters: Operational Differences to Increase MBR Capacity in Cold Weather Months |
| Deborah Houdeshell | MTC21-PBI | A Tale of Two Winters: Operational Differences to Increase MBR Capacity in Cold Weather Months |
| Larry Morris | MTC21-PBI | Demonstration of Pathogen Log Reduction Values for 10-Year-Old Flat Sheet Membrane Bioreactors |
| Larry Morris | MTC21-PBI | Demonstration of Pathogen Log Reduction Values for 10-Year-Old Flat Sheet Membrane Bioreactors |
| Karla Kinser | MTC21-PBI | Cherokee Metro District's TDS Reduction Facility: First MBR and High Recovery RO Reuse Facility in U.S. |
| Karla Kinser | MTC21-PBI | Cherokee Metro District's TDS Reduction Facility: First MBR and High Recovery RO Reuse Facility in U.S. |
| Ben Movahed | MTC21-PBI | Town of Walkersville, Maryland Integrated Membrane Water Treatment Plant |
| Ben Movahed | MTC21-PBI | Town of Walkersville, Maryland Integrated Membrane Water Treatment Plant |
| Jason Yoshimura | MTC21-PBI | Brine Minimization Using Closed Circuit Reverse Osmosis (CCRO) |
| James Lozier | MTC21-PBI | Closed Circuit Reverse Osmosis (CCRO) for Treatment of RO Concentrate for Potable Reuse |
| Rhea Dorris | MTC21-PBI | Breaking the Chains to PFAs Concentrate Disposal |
| Rhea Dorris | MTC21-PBI | Breaking the Chains to PFAs Concentrate Disposal |
| Trenton Jackson | MTC21-PBI | Comparative and Challenge Testing of LPRO Membranes for PFAs and Emerging Contaminant Removal |
| Trenton Jackson | MTC21-PBI | Comparative and Challenge Testing of LPRO Membranes for PFAs and Emerging Contaminant Removal |
| Michael Boyd | MTC21-PBI | PFAs Rejection by NF and RO as a Function of Speciation, Membrane Characteristics and Recovery |
| Michael Boyd | MTC21-PBI | PFAs Rejection by NF and RO as a Function of Speciation, Membrane Characteristics and Recovery |
| Robert McCandless | MTC21-PBI | RO Permeate Stabilization for Hyperion Advanced Water Purification Facility |
| Robert McCandless | MTC21-PBI | RO Permeate Stabilization for Hyperion Advanced Water Purification Facility |
| Ami Felder | MTC21-PBI | Membrane Performance Following Five Years of Continuous Use of Non-Chemical Dechlorination |
| Ami Felder | MTC21-PBI | Membrane Performance Following Five Years of Continuous Use of Non-Chemical Dechlorination |
| Alex Wesner, PE | MTC21-PBI | Startup of the Grip AWT Facilities |
| Alex Wesner, PE | MTC21-PBI | Startup of the Grip AWT Facilities |
| Dileep Agnihotri | MTC21-PBI | Intelligent Micro-Disrupting Parallel and Cascading Train Reverse Osmosis - Impact-ROô |
| Dileep Agnihotri | MTC21-PBI | Intelligent Micro-Disrupting Parallel and Cascading Train Reverse Osmosis - Impact-ROô |
| Tal Fabian | MTC21-PBI | Pulse Flow RO for Water Reuse Applications - Design Considerations |
| Tal Fabian | MTC21-PBI | Pulse Flow RO for Water Reuse Applications - Design Considerations |
| Hannah Ford | MTC21-PBI | Push It to the Limit with High-Recovery Closed Circuit Reverse Osmosis and Flow Reversal Reverse Osmosis |
| Jennifer Harrison | IAH21 | Is Seawater Desal the Future Water Supply for the Texas Gulf Coast |
| Chad Unrau | IAH21 | Overcoming the Challenges of High Recovery Operation with Electrochemical Desalination |
| Shiladitya Basu | IAH21 | Case Studies on Energy Efficient TIPS PVDF MBR in a Municipal and an Industrial Application |
| Joseph Kelly | IAH21 | Ligasep - Membrane Degasification |
| Roel Campos, PhD / Guemez, PE | IAH21 | Cinco MUD No. 1 Brackish Groundwater Desalination Plant |
| Joshua Berryhill | IAH21 | Case Studies on MBR Technologies Currently Being Implemented in Texas |
| Fraser Kent | IAH21 | Designing MBR Systems with Flexibility in Mind |
| Martin Swanson | IAH21 | Texas Case Study, Single Stage MBR Package Plant System with Ceramic Membranes |
| Darrell Byrer | IAH21 | Developing and Implementing a Membrane Cleaning Procedure |
| Tim Kirk PE | IAH21 | RO Membrane Autopsy |
| John Bailey | IAH21 | Membrane Cleaning Safety |
| Michael Gisclair | IAH21 | Established Practices, Innovative Design, and New Products: A New Generation of Ultra High Pressure Desalination |
| Michael Boyd | IAH21 | Closed Circuit Reverse Osmosis - A Dynamic, Decoupled & Data-Driven RO Solution |
| Abigail Antolovich | IAH21 | Upgrading a Drinking Water Membrane Plant with Ceramic Membranes |
| AMTA | Solutions | Newsletter |
| AMTA | Solutions | Newsletter |
| Michael Dummer | MTC21-PBI | Inland Desalination Using Closed-Circuit Reverse Osmosis |
| Michael Dummer | MTC21-PBI | Inland Desalination Using Closed-Circuit Reverse Osmosis |
| Jason Yoshimura | MTC21-PBI | Brine Minimization Using Closed Circuit Reverse Osmosis (CCRO) |
| Darrell Byrer | FAR21 | Developing and Implementing a Membrane Cleaning Procedure |
| Gregg McLeod | FAR21 | Incorporating Zeta Potential to Optimize Membrane Performance, Achieve Regulatory Compliance and Reduce Operating Costs |
| Jordan Grasser | FAR21 | Grand Forks Regional WTP - An Innovative Facility for Modern Water Quality Challenges |
| Troy Hall | FAR21 | Fargo WTP Overview and Plant Tour |
| Jill Miller | FAR21 | Operating an Over Built Plant |
| Dave Holland | FAR21 | No-Break Fiber Solves Membrane Integrity Problems at Five Water Treatment Plants |
| Karla Kinser | FAR21 | Best Practices for MF/UF Cleaning - Examining Operating Plant Methods |
| Ken Robinson | FAR21 | RO Pretreatment in the Upper Midwest: What The Last 25 Years Has Taught Us |
| Madalyn Epple | FAR21 | A Case Study of OMND UF/RO Plant in Zap, ND |
| Michael Bourke | FAR21 | Designing MF/UF Systems for Low Maintenance: 10 Year's Experience at Two North Dakota Installations |
| Jeffrey Hoff | FAR21 | Wastewater vs Drinking Water Cleaning |
| Randal Braker, PE | FAR21 | Two Decades of Successful Low-Pressure Membrane Filtration of Surface Water in Tennessee - Lessons Learned |
| Wayne Bates | CMH21 | Introduction to Membrane Treatment |
| Julie Nemeth-Harn | CMH21 | Membranes in the Midwest - Pilot Testing Considerations |
| Michael Lee | CMH21 | Data Monitoring, Normalization and Membrane Cleaning |
| Nathan Lovell | CMH21 | All Things End Cap Assembly |
| Benjamin Cario | CMH21 | Upper Hocking Water Pollution Control Facility |
| Michael Pilutti | CMH21 | City of Lancaster South Water Plant Overview |
| Alexandra Doody | IAH21 | Design of a Greenfield 10 million Gallon per Day Ultrafiltration Membrane System |
| Yue Sun | IAH21 | Pflugerville Water Treatment Plant Expansion |
| AMTA | Fact Sheet | Fact Sheet |
| AMTA | Fact Sheet | Fact Sheet |
| AMTA | Fact Sheet | Fact Sheet |
| AMTA | Fact Sheet | Fact Sheet |
| Michael Gisclair | Solutions | Ultra Hight Pressure Desalination |
| Gal Greenberg | Solutions | Comparison of Pulse Flow RO and Standard RO |
| Richard Stover | Solutions | Chloride Reduction |
| | Solutions | 1981 Status of Brackish Groundwater Desalination |
| | Solutions | 1977 NWSIA |
| Joseph Barnes | ICWF 20-1 | Nanofibrous Membranes for the Selective Recovery of Nonaqueous Phases from Industrial Brines |
| Yousuf Bootwala | Fellowship | Evaluating ion transport and selectivity of 2D titanium carbide membranes in presence of different driving forces |
| Stephanie Ribet | Fellowship | Phosphate Elimination and Recovery Lightweight (PEARL) Membrane: A Sustainable Environmental Remediation Approach |
| Duong Nguyen | Fellowship | Vapor-gap Reverse Osmosis for Desalination and Water Reuse |
| Haley White | Fellowship | Enhanced Wastewater Reclamation with Carbon Molecular Sieves |
| Jacob Palmer | Fellowship | Enhanced Water Recovery by a Combination of Photobiological Process and Secondary Reverse Osmosis |
| Stephanie McCartney | Fellowship | Advancing Membrane Technologies for Phosphorous and Nitrogen Recovery from Human Urine |
| Tim English | FAR21 | Membrane Math |
| Bryan Schmitt | FAR21 | Membrane Approval Process for Drinking Water Systems in North Dakota |
| Delvin DeBoer | FAR21 | Membrane System Pretreatment: Objectives, Options and Operations |
| AMTA | Fact Sheet | Fact Sheet |
| AMTA | Fact Sheet | Fact Sheet |
| AMTA | Fact Sheet | Fact Sheet |
| AMTA | Fact Sheet | Fact Sheet |
| AMTA | Fact Sheet | Fact Sheet |
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| AMTA | Solutions | Newsletter |
| AMTA | Solutions | Newsletter |
| AMTA | Solutions | Newsletter |
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| AMTA | Solutions | Newsletter |
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| AMTA | Solutions | Newsletter |
| AMTA | Fact Sheet | Application of Membrane Technologies |
| AMTA | Fact Sheet | Membrane Filtration (MF/UF) |
| AMTA | Fact Sheet | Nanofiltration and RO (NF & RO) |
| AMTA | Fact Sheet | Fact Sheet |
| AMTA | Solutions | Newsletter |
| AMTA | Solutions | Newsletter |
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| AMTA | Solutions | Newsletter |
| Alex Wesner, PE | Solutions | Startup of the Grip AWT Facilities |
| Karla Kinser, PE | Solutions | Long-Term Performance Comparison of Side by Side Pressure and Submerged Ultrafiltration Plants Treating Surface Water |
| Charles Liu, PhD, PE, BCEE | Solutions | Optimizing Membrane Performance through Plant Operation Best Practices |
| Tom Poschmann | Solutions | Direct Cassette Retrofit of NIPS UF Membranes with TIPS UF Membranes at Two Drinking Water Plants in North America |
| AMTA | Solutions | Newsletter |
| AMTA | Solutions | Newsletter |
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| AMTA | Solutions | Newsletter |
| Michael Geitner | MTC20-PHX | Bioinspired Hypochlorite-Resistant Reverse Osmosis Membranes |
| Frans Knops | MTC20-PHX | Optimizing Organics Removal from Surface Water in a Coagulation / Ultrafiltration System |
| Scott Freeman, PE | MTC20-PHX | Improving MF/UF Membrane Operations and Troubleshooting with 4 Easy Steps |
| Ben / Ravid / Miyan / Matan Gido / Levy / Dagan / Ramot | MTC20-PHX | Can Fine Automatic Screen Filters Replace Disposable Cartridges? Pilot Pre-Treatment Results from a Seawater Desalination Plant |
| Hannah Ray | Online 20 | Nitrogen Recovery from Human Urine by Membrane Processes |
| Cassandra Porter | Solutions | Covalently-Bonded Polyelectrolytic Membranes Produced Through Surface-Initiated Atom Transfer Radical Polymerization |
| Jana Safarik | Solutions | Naturally Occurring Surrogates to Monitor Reverse Osmosis Performance and Integrity in Reuse Applications |
| William / William Snow / Lovins | Solutions | Sulfruic Acid Dilution for Operator Safety and System Reliability for the City of Lake Worth Beach Reverse Osmosis Water Retreatment Plant Operational Update |
| Erik Desormeaux | ABQ19 | DPRShield and Related Applications |
| Melissa Klembara | ABQ19 | U.S. Department of Energy's Energy-Water Desalination Hub |
| Ronit Erlitzki, PhD | ABQ19 | 75% is Totally 70's: New Water, High Recovery, Concentrate Management |
| Hiep Le | ABQ19 | Brine Squeezer |
| Ronen Barkan | ABQ19 | Nirobox |
| Neil Moe, PhD | ABQ19 | RO-ED Desalination |
| Chad Unrau | ABQ19 | END?: Managing Energy and Scale Formation at High Recovery |
| Bruce Thompson | ABQ19 | The Mineral Recovery & Enhanced Desalination (MRED) Process |
| Frank Huang, PhD, PE | ABQ19 | Direct Contact and Vacuum Membrane Distillation Processes for Water Recovery |
| Pei Xu, PhD | ABQ19 | Hybrid Algal-Osmosis Membrane System for Resource Recovery and ZLD Applied to Municipal Wastewater |
| Harold Fravel, Jr., PhD | MCO19 | Membrane Concentrate as a Resource |
| Michael Adelman, PE | MTC20-PHX | Exceeding 90% Recovery with Conventional and Closed-Circuit RO: Results from Parallel Pilot Systems |
| Jeffrey / Xin / Tulasi McCutcheon, PhD / Qian / Ravindran | MTC20-PHX | Where Additive Manufacturing Meets Membrane Technology: Opportunities for Printing Thin Film Composite Membranes |
| Eugene Rozenbaoum | MTC20-PHX | Removal of Contaminants of Emerging Concern by Thin Film Nanocomposite Reverse Osmosis Membranes |
| Max Wang | MTC20-PHX | High Rejection Specialty Acid Stable NF (ASNF) Membrane and High Temperature NF for Sulfate Removal in Chlor-alkali Processes |
| Julie / Nagham / Kevin Nemeth-Harn, PE / Najeeb / Alexander, PE | MTC20-PHX | NF Design and Operation at 98% Recovery - Two Years of Operation and CIP Results |
| Gabriela / Justin Downey / Brazil | MTC20-PHX | Side by Side Comparison of 400ft2 and 440ft2 Membranes in a High Fouling Environment |
| Karina Zedda | MTC20-PHX | Anti-Adhesion and Anti-Fouling Coatings of Feed Spacer |
| Dan Hugaboom, PE | MKE19 | MF/UF System Design |
| Randal Braker, PE | MKE19 | Fifteen Years of Successful Low-Pressure Membrane Filtration of Surface Water in Tennessee - Lessons Learned |
| Brian Hackman, PE, BCEE
| MKE19 | MF/UF Membrane Service Life & Replacement in the Lake Michigan Region |
| Cathrine Wunderlich, PE | MKE19 | Regulatory Comments on Membrane-Based Water Treatment |
| Michael Lee | MKE19 | Developing and Implementing a Membrane Cleaning Procedure |
| Ken Robinson | MKE19 | Foulant Identification at Midwestern MF/UF Membrane Plants |
| Doug Fischer | MKE19 | South Milwaukee Water Utility: Past, Present and Future |
| Eric Paulson | MKE19 | Manufacturer's Perspective on Designing MF/UF Systems for Specific Modules versus Open Platform |
| Michael Kosterman, PE | MKE19 | Advantages of a Constant High Quality Feed Source: 14 Years of UF Membrane Operations |
| Robert Johnston | MKE19 | Pretreatment Makes a Big Difference - Lessons Learned from Fargo Membrane WTP Start Up |
| Dave Holland | MKE19 | New Ultrafiltration Membranes at the City of Two Rivers, WI Drinking Water Plant Operate for Two Years with No Fiber Breaks |
| Julie Nemeth-Harn, PE | MKE19 | Reverse Osmosis and Membrane Softening |
| Mehul Patel, PE | MKE19 | A "New" Water Source: Decades of Potable Water Reuse in California |
| Saied Delagah | MKE19 | Membrane Water Treatment Research Programs at the Bureau of Reclamation |
| Brent Alspach, PE, BCEE | ABQ19 | Conventional ZLD: Overview and Economics |
| Craig Leonescu | ABQ19 | Brine Concentration-Evaporation |
| Michael Boyd | ABQ19 | Closed Circuit Reverse Osmosis (CCRO) |
| Shane Walker | ABQ19 | Concentrate Enhanced Recovery Reverse Osmosis (CERRO) |
| Steve Wait | ABQ19 | High Recovery RO with Pellet Reactor: Case Study Review |
| Richard Stover | ABQ19 | Counter Flow RO (CFRO) Membrane Brine Concentration |
| Jon Johnson | ABQ19 | XC-N Salt Selective Nanofiltration |
| Buddy Boysen | OKC19 | Gas Permeable Membranes for Use in Deaeration |
| Bill Marriott | OKC19 | Extending the Useful Life of a 15 MGD Rio Grande Ultrafiltration Facility |
| Matthew Green | OKC19 | RO Service Solutions: A Systems Approach |
| Harold Fravel, Jr., PhD | BOI19 | Membrane Basics |
| Dan Hugaboom, PE | BOI19 | City of Boise's Deep Dive into Membrane Technology |
| Adam / Craig Tate / Borrenpohl | BOI19 | An Operator's Perspective on Tertiary Treatment Pilot Studies |
| William Leaf | BOI19 | Spokane County Regional Water Reclamation Facility MBR - Design, Startup, and Operation of Greenfield Facility |
| Tressa / Brandon Nicholas MSCE / Lowder | BOI19 | Idaho Regulations and Membrane Use for Drinking Water and Wastewater Projects |
| Scott Buecker | BOI19 | Operation Considerations in Design of the Big Sky WRRF MBR |
| William Leaf | BOI19 | City of Spokane Riverside Park Water Reclamation Facility - Tertiary Membrane Facility |
| Al Goodman, PE | BOI19 | Overview of the Simplot Process Water Treatment and Return Plant Project with MBR and RO Membranes |
| Aditya Kumar | BOI19 | Ceramic Membranes on the Boise River |
| Nathan Kutil, PE | BOI19 | Ceramic Membranes Will Work: A Case Study in Montana |
| Stephanie Sansom, PE | BOI19 | Challenges of Dialing in New Technologies - The Ups and Downs of Ceramic Membranes |
| Craig Bartels, PhD | BOI19 | Innovations in Maximizing Water Recovery for Difficult Industrial Wastewaters: MLD and ZLD |
| Brandon Yallaly, PE | BOI19 | Improving Inland Water Use Efficiency in Municipal and Industrial Applications |
| Jill Miller | BOI19 | Data-Driven Decisions to Improve Membrane Performance |
| Russ Swerdfeger | BOI19 | Quality Considerations in Membrane Production & Delivery of Polymeric Hollow Fiber Membranes |
| Jason Diamond, PE | BOI19 | QA/QC of Membrane Bioreactors |
| Sean Carter, PE | BOI19 | Quality Control in Membrane Manufacturing |
| Harold Fravel, Jr., PhD | MKE19 | Membrane Processes |
| Harold Fravel, Jr., PhD | GFK19 | Membrane Processes |
| Kyle Jennings, PE | GFK19 | Reverse Osmosis and Membrane Softening |
| Brian Hoellein, PE | GFK19 | Use of High Rate Lime Softening Followed by UF Membranes |
| Qigang / Troy Chang, PhD, PE / Hall | GFK19 | Update on Fargo Membrane Water Treatment Plant |
| Michael Gisclair | GFK19 | Placement and Optimization of Pumps and Energy Recovery Devices in Membrane Systems |
| Adam / Jordan Zach PE / Grasser PE | GFK19 | Experiences at Grand Forks and Regional Facilities on Operations and Troubleshooting |
| Roger Macy | GFK19 | Troubleshooting Membrane Systems |
| Jake Fehr | GFK19 | Surface Water MF/NF Learnings |
| Darrell Byrer | OKC19 | Membrane Performance |
| Jill Miller | OKC19 | Making Data-Driven Decisions to Improve Membrane Performance |
| Jake Moen | OKC19 | Optimizing Membrane Materials |
| Joshua Berryhill | OKC19 | MBR "A to Z" - Fundamentals through Advanced Techniques in Utilizing Membrane |
| Roy Daly | OKC19 | Use of RO Membranes for Indirect Potable Reuse |
| Tim Kirk PE | OKC19 | Membrane Fouling and Cleaning |
| Joe Freeman | OKC19 | OWRB - Where Funding Opportunities & Project Eligibilities Can Flow |
| Justin Eli Prock | OKC19 | Verdigris River Water Treatment Plant: Challenges After Startup |
| Alain / Tyler Richard / Hudson | OKC19 | Surface Water MF/RO Coagulant Studies |
| Michael Ingram | OKC19 | Hargesheimer Plant Upgrade |
| Michael Gisclair | OKC19 | Placement and Optimization of Pumps and Energy Recovery Devices in Membrane Systems |
| Larry Jessup | OKC19 | Advances in the Use of Ceramic and Polymeric Membranes for the Treatment of Industrial Wastewater |
| Douglas / Leonel / Mark / Michael Brown, PE, BCEE / Almanzar, PhD, PE / White, PE / Kramer, PE | MTC19-MSY | Pilot Testing of Nanofiltration To Minimize TOC Levels and DBP Formation |
| Frans Knops | MTC19-MSY | Potable Water Production: Different Membrane Technologies for Organics Removal from Surface Water |
| Charles / Lisa / Chad / James Liu, PhD, PE, BCEE / Druke / Bennett / Moy | MTC19-MSY | The Causes and Cleaning Strategies for Microfiltration Membranes Fouled by Iron |
| Jim C. / Aaron / Binga Lozier, PE / Balczewski / Talabi | MTC19-MSY | Is Organic Fouling Making Your Life Difficult? Mitigation of Organic Fouling of Low Pressure Membranes Using LC-OCD |
| Jana Safarik | MTC19-MSY | Removal of Colloidal Particles through Online Monitoring to Lower Microfiltration Membrane Fouling |
| Charlie / Chao-an / Christina / Graham He, PE, LEED AP / Chiu / Casler / Juby, PhD, PE | MTC19-MSY | A Better Place to Be in than Utopia: Successful Reuse Facility Design Using Multi-Objective Optimization |
| Richard / Eric Stratton, PE / Williams | MTC19-MSY | Design of MF/UF Membranes Side by Side with Conventional Filtration at the Catawba River Water Treatment Plant |
| Rich / Craig / David / Myles Franks, PE / Bartels, PhD / Shin / Davis | MTC19-MSY | Design and Operation of an Integrated Membrane System for the Reclamation of Industrial Wastewater |
| Muhammad Ahmar / Ji / Guanghao Siddiqui, PhD / Dai / Chen | MTC19-MSY | Investigation of the Self-forming Dynamic Membrane Formation in An Anaerobic Self-forming Dynamic Membrane Bioreactor |
| Timothy Fairley | MTC19-MSY | Novel Anaerobic Dynamic Membrane Biofilm Reactor Addresses Disadvantages of Conventional Anaerobic Membrane Bioreactors |
| Joshua Frisinger | MTC19-MSY | Breaking the Mold: Reducing Labor Using an Alternative to Diffused Air Aeration Basins with an MBR |
| Harold Fravel, Jr., PhD | MCI19 | Membrane Processes |
| Patrick / Brian Farley / Williams | MCI19 | Maintenance and Operations at Olathe |
| Mike Quattrini | MCI19 | Troubleshooting Membrane Systems |
| John Gilroy | MCI19 | Pin 'Em or Punt 'Em - Aging Membrane Module Maintenance/Replacement |
| Vasu Veerapaneni, PhD, PE | MCI19 | Membrane Applications in the Midwest |
| Kevin Caveny | MCI19 | WaterOne's Membrane Maintenance Practices |
| Scott Freeman, PE | MCI19 | Plant Design Considerations |
| Julie Nemeth-Harn, PE | MCI19 | Reverse Osmosis and Membrane Softening |
| Brian Hoellein, PE | MCI19 | Use of High Rate Lime Softening Followed by UF Membranes |
| Kerrie Greenfelder, PE | MCI19 | Discussion of Regional UF/MF and RO Facilities and Plant Activity |
| Dustin Whynman, PE | MTC19-MSY | Minimizing Brine Volume at the Valencia Advanced Water Treatment Plant |
| Carlyn J. Higgins, M.S., E.I. | MTC19-MSY | Studying the Mass Transfer of 1,4-Dioxane in a Nanofiltration and Reverse Osmosis Membrane Process |
| Eric / Shelly / Richard / Troy / Brad Larsen / Masuda / Salas / Walker / Reisinger, PE | MTC19-MSY | Operator Skills for Working With Membranes: What Agencies Need Their Operators to Know |
| Elise Chen | MTC19-MSY | Operator Training on MF/UF and RO?Understanding Critical Operating Points |
| Brent Alspach, PE, BCEE | MTC19-MSY | Blending Desalinated Seawater into Existing Regional Supplies: Carlsbad Case Study Strategic Research Findings |
| David / Jennifer MacNevin, PhD, PE / Ribotti, PE | MTC19-MSY | Advancing the Development of Direct Potable Reuse in Florida: Operational Results from a Full-Scale Demonstration Facility |
| Isaac / Sarah Campos, PhD / Guemez, PE | MTC19-MSY | Ten Years in the Desert: Challenges and Improvements to the KBH Desal Plant |
| Steve Alt, PE | MTC19-MSY | Desalination in the Desert |
| Elisabeth Linton, PE | MTC19-MSY | Membrane Filtration for Arsenic Removal from Groundwater in Industrial Applications |
| Peter / Denis / Patrick / Alexandra Berg / Vial / Buchta / Schweiger | MTC19-MSY | In-Line Coagulation Upstream Ultrafiltration - Comparison of Continuous vs. Intermittent Addition |
| Jorge Arevalo, PhD | MTC19-MSY | Pilot Testing RO to Remove PFOS and Other Emerging Contaminants from a Surface Water Supply |
| Sophia / Amy E. Plata / Childress | MTC19-MSY | Membrane Mechanics and Fouling Behavior in Pressure-Retarded Osmosis |
| Joseph Elarde, PE | MTC19-MSY | Multi-Faceted Approach to Mitigate Membrane Filtration Fouling while Improving Overall Treatment Reliability |
| P. Greg Pope, PhD | MTC19-MSY | Using Zeta Potential to Optimize Pretreatment for MF/UF Membranes During Pilot Testing |
| Amit / Ramiro / Ryan Sankhe / Ramirez / Furukawa | MTC19-MSY | Understanding Specialty Chemical Cleaner Components and Their Specific Roles in Targeted Foulant Removal |
| James Impero | MTC19-MSY | Water and Wastewater Membrane Protection |
| Boris Liberman, PhD | MTC19-MSY | Waste Water Desalination in Pulse Flow Regime |
| Carlo Alberto / Chad Amadei / Vecitis | MTC19-MSY | Fully Carbon Membrane for Wastewater Reclamation |
| Mojtaba / Graham / Saied / Ali Farrokh Shad / Juby, PhD, PE / Delagah / Sharbat, PhD | MTC19-MSY | Analysis and Removal of Contaminants of Emerging Concerns from WWTP Primary Effluent by Novel MF/RO Treatment Process Pilot Study |
| Lee / Sandy / Srinivas / Jeff Portillo, PE / Scott-Roberts / Veerapaneni, PhD, PE / Neemann, PE | MTC19-MSY | GWRS Expansion with New Membranes: Design and Operational Considerations When Expanding with New Membranes to Installed Capacity |
| Harold Fravel, Jr., PhD | MTC19-MSY | Membrane Activity for Water Treatment in North America |
| Chandra Mysore, PhD, PE, BCEE | MTC19-MSY | Selection of Membranes for a Greenfield Project through Pilot Studies |
| Andrea Netcher, PhD, PE | MTC19-MSY | Challenges of Integrating RO Treatment of an Alternative Brackish Water Supply in Central Florida |
| Srinivas / Russell / Ryan / Paul / Andre / Aswathi / Andy Veerapaneni, PhD, PE / Ferlita, PhD, PE / Eck, PE / Biscardi, E.I. / Dieffenthaller, PE / Pradeep / Westwall, PE | MTC19-MSY | Media filtration vs. membrane filtration as RO pretreatment for removal of Fe and Mn |
| Thomas / Russ Lebeau, PhD / Swerdfeger | MTC19-MSY | Make the Old New Again by Converting and Upgrading with a Different UF Membrane |
| Alex / Roi / Marco / Gerard / Tomer Drak / Zaken Porat / Kerstholt / van Houwelingen / Efrat | MTC19-MSY | MAXH2O Desalter Technology - Innovative Solution for Brine Minimization |
| Jonathan / Seyed Mahdi Brant, PhD, PE / Shahabadi | MTC19-MSY | Membrane Distillation as a Viable Option for Desalination of Highly Saline Oil/Gas Produced Waters |
| Martin J. / YuJung / Derek Gravel, P.Eng. / Chang, PhD, PE / Senior, P.Eng. | MTC19-MSY | Rethinking Integrity: Turbidity as a Direct Integrity Test for Low Pressure MF/UF Membranes, Challenges and Future Potential |
| Lauren / Elise / Aviv / Aleksey / Shane / Joseph Breitner / Chen / Kolakovsky / Pisarenko / Trussell / Quicho | MTC19-MSY | Application of ATP and Rejection of Chloramines by Reverse Osmosis Membranes for Detection of Biological Fouling |
| James C. (Jim) / Michael / Tiffany / Kevin Vickers, PE / Dummer PE / Le / Lee | MTC19-MSY | Overcoming Compliance Challenges for RO Pathogen Removal Using Conductivity Profiles |
| Paul / Nathan Biscardi, E.I. / Boyle | MTC19-MSY | Data Innovation Yields Proactive Operations ? Using Dashboards for Productive Plant Performance |
| Jonathan / Julie / Andrey Harn, PE / Nemeth-Harn, PE / Kharitonenko | MTC19-MSY | Modified Fouling Index, the Indicator for the 21st Century: Practical Implementation and Evaluation |
| Carl / Nathan Spangenberg, PE / Boyle | MTC19-MSY | DATS/IDP Instrumentation Modifications to Enhance System Performance Monitoring |
| James / Tiffany Christopher, PE / Miller | MTC19-MSY | Calcium Remineralization, Are There Limits? |
| Babak / Sandeep / Kyla / Scott / Grant / Warren Roshani, PhD / Raja Dangeti / Clarke / Marchinko / Guenther / Loeffelholz | MTC19-MSY | Biofiltration as a Membrane Pre-Treatment Technology |
| Alex / Erin / Andrew / Lucia Waite / Mackey, PhD, PE / Lazenby / McGovern | MTC19-MSY | A 10-Year Journey to a New Desalter, Now What? |
| James / Corey / Phil / Jeff / Srinivas / Lee / Brad DeCarolis, Jr., PE / Wallace, PE / Lancaster / Neemann, PE / Veerapaneni, PhD, PE / Portillo, PE / Sours, PE | MTC19-MSY | EMWD?s Perris II Desalter Design Refinements: Source Water Quality/Equalization, Pre-Treatment, Phasing/Integration, and Beyond! |
| Dylan Uecker | MTC19-MSY | A Business Case for 2-stage RO System Design |
| Teodor / YuJung / Brian Kochmar, PE, PMP / Chang, PhD, PE / Sahely, M.A.Sc., PE | MTC19-MSY | Membrane Condition Evaluation for 3 100-MGD Plants |
| Alma / Howard Beciragic / Weinberg, PhD | MTC19-MSY | Membrane-Disinfectant Reactions: Developing Methods for the Detection of Membrane Leachates and Byproducts |
| Aleksey / Elise / Rodrigo / Brett / John / Shane / Rhodes Pisarenko / Chen / Tackaert / Faulkner / Kenny, PE / Trussell / Trussell | MTC19-MSY | Effects of Chloramines and Bromamines Residuals on RO Membranes in Potable Reuse |
| Kristen / Gabriel Cope, EIT / Ramirez | MTC19-MSY | Back to the Future: Evaluation of NF Membranes for a Return to Free Chlorine |
| Lior Eshed | MTC19-MSY | Chloramine-Free Water Reuse Process |
| Holly Shorney-Darby, PhD, PE | MTC19-MSY | Starting up 300 MLD Capacity of Ceramic Microfiltration at Three International Plants in 2018 |
| Tony Powell, P. E. | MTC19-MSY | Surface Water Purification Without Pre-Treatment Using Ceramic Membranes |
| Noriaki Kanamori | MTC19-MSY | Applying Flat Sheet Ceramic Membranes in Drinking Water Applications, Ground Water and Surface Water Sources |
| Zuo / Steven / Sapna / Scott / Ilenia / David A. Zhou / Weinman / Sarupria / Husson / Battiato / Ladner, PhD, PE | MTC19-MSY | Concentration Polarization Modeling for Reverse Osmosis Membranes with Engineered Surface Features |
| Daniela / Jared / Woo Hyoung Diaz / Church / Lee, PhD, PE | MTC19-MSY | Silica-Functionalized Quaternary Ammonium Nanocoated Mesh for Water Disinfection and Cyanobacteria Growth Control |
| Allyson / Ryan / Amy E. McGaughey / Gustafson / Childress | MTC19-MSY | Understanding Wetting and Rejection in Membrane Distillation for High Recovery Treatment of High-Salinity Streams |
| Cassandra / Yanfang / Jay / Menachem / Mingjiang Porter / Guan / Werber / Elimelech / Zhong | MTC19-MSY | Brush Away Those Layer-By-Layer Membranes: Fundamentals of Polyelectrolytic Brush Membranes |
| Mo / Tom Malki / Knoell | MTC19-MSY | Case Study: Mitigating Severe Organic Fouling in a Brackish Groundwater Reverse Osmosis System |
| Tom McWhorter | MTC19-MSY | Chlorine Dioxide for Removal and Prevention of Biofouling |
| Scott Freeman, PE | MTC19-MSY | Membrane System Design and Operating Basics People Don?t Talk About (Much) |
| Russell / Paul / Srinivas Ferlita, PhD, PE / Stanek / Veerapaneni, PhD, PE | MTC19-MSY | The Dunedin RO WTP Design Build-Origin and Decision Making Through Design |
| Mickal / Mikes / Damon / Joseph Witwer, PE / Maillakakis / Hardy / Elarde, PE | MTC19-MSY | Design, Construction and Commissioning of the Multiprocess Green Meadows Water Treatment Plant |
| Jonathan / Seyed Mahdi Brant, PhD, PE / Shahabadi | MTC19-MSY | Separating Hydrocarbons From Aqueous Mixtures Using Bio-Inspired Super-Hydrophobic Membrane Filters |
| Andrea / James / Helen Sedgwick, M.Eng., P.Eng. / Laszlo / Hu | MTC19-MSY | Membrane Technology Assessment Program (MTAP) at NAIT?s Centre for Oil Sands Sustainability |
| Stephen / John / John / Mark / Brian / Lanny Katz, PE / Hilts / Bigham / Knight / Arntsen / Weimer | MTC19-MSY | MBR in Refinery Applications - Meeting Tough Discharge Standards and Enabling Reuse |
| David A. / Zuo / Bowen / Sapna / Scott / Ilenia Ladner, PhD, PE / Zhou / Ling / Sarupria / Husson / Battiato | MTC19-MSY | Toward Optimized Membrane Unit Processes Via Multi-Scale Modeling |
| Christopher P. / Amy E. Morrow, PhD / Childress | MTC19-MSY | Implications of the Membrane-Independent Limiting Flux In Forward Osmosis |
| Quantum / Carson / Priscilla / Ali / Emily / John Wei / Tucker / Wu / Trueworthy / Tow / Lienhard | MTC19-MSY | Batch Reverse Osmosis: Experimental Results, Model Validation, and Design Implications |
| Tyler / Alain Hudson / Richard | MTC19-MSY | Finding and Fine-Tuning the Right Coagulant for Variable Surface Water Sources in Texas |
| Rudy Chan, P.Eng. / | MTC19-MSY | Boil water advisory, algae and organics: Membrane Technology for rescue |
| John / Alex E. / Gabriela Perlman / Wesner, PE / Handley | MTC19-MSY | RO System Flux Balancing - Design Considerations and Operating Experience |
| Brian Arntsen | MTC19-MSY | Full Scale Wastewater Recovery and Reuse Projects in Three Food Manufacturing Facilities in Mexico, Utilizing MBR |
| Megan Low | MTC19-MSY | Technology Advances and Economic Optimization of Membrane Brine Concentration and ZLD |
| Miguel / YuJung Arias-Paic, PhD, PE / Chang, PhD, PE | MTC19-MSY | Maximizing RO Recovery for a High Scaling Potential Water Source for Downstream ZLD |
| Piotr / Claudia / Kimball / Oriol Dlugolecki / Sousa / Roelofs / Jimenez Sabe | MTC19-MSY | Utilization of Tubular UF Membranes in Zero Liquid Discharge Application at Thermal Solar Plant |
| Gabriela Handley | MTC19-MSY | Maximizing Recovery of an Existing Municipal Groundwater RO System: Piloting of the Desalitech System |
| Alex / Robert Waite / McCandless, PE | MTC19-MSY | Water Production Capacity Recovery with Closed Circuit Reverse Osmosis |
| Jack Gilron | MTC19-MSY | Flow Reversal for High Recovery Desalination of Municipal Wastewater |
| Ufuk Erdal, PhD, PE | MTC19-MSY | High Recovery RO - Challenges to Meet Stringent Nitrogen Limits in Reservoir Augmentation Indirect Potable Reuse Projects |
| Sean Carter, PE | MTC19-MSY | Hollow Fiber UF Membranes Oil Resistance in Wastewater Streams at the Innovative GRIP Pilot Site |
| Ryan / Greg Popko, PE / Wetterau, PE, BCEE | MTC19-MSY | Potable Reuse Side-by-Side Pilot Testing - O3-BAF vs. UF-RO on Two Different Source Waters |
| Dave Holland | MTC19-MSY | First On-Demand Potable Ceramic Membrane System in U.S. Minimizes Energy and Waste |
| Aditya Kumar | MTC19-MSY | Ceramic UF Retrofit of Existing Polymeric MF at Surface Water Treatment Plant: Retrofit and Commissioning Experience |
| Stephanie / Steve Sansom, PE / Folle | MTC19-MSY | Challenges of Dialing in New Technologies ? The Ups and Downs of Ceramic Membranes |
| Mark Donovan, PE | MTC19-MSY | Leading Seawater Desalination Trends in California with the Doheny Desalination Project |
| Amar Bhardwaj | MTC19-MSY | Electrochemical Techniques to Characterize Transport Properties of Silicon Oxide Overlayers for RO Membranes |
| Michael Gisclair | MTC19-MSY | Effects of Energy Recovery Device Reliability on the Operation and Costs of Seawater Reverse Osmosis Plants |
| Joe Tardio | MTC19-MSY | TIPS UF Membranes in Action: Immediate Performance Improvements and Enhanced Regulatory Compliance at 5 Reuse Facilities in CA |
| Luc Hornstra, PhD | MTC19-MSY | Natural Viruses for Monitoring the Integrity of Reverse Osmosis Membranes With > 7 LRV Without Addition of Virus Surrogates |
| Jennifer Ribotti, PE | MTC19-MSY | Potable Reuse Case Studies and Membranes: Removal of Pathogens and Emerging Contaminants for IPR and DPR Facilities in Florida |
| Troy Walker | MTC19-MSY | We Know Where We Are Going, But Do We Know Where We've Been? |
| John Kenny, PE | MTC19-MSY | Effect of Ozone Dose on Reverse Osmosis Permeate Total Organic Carbon - Pure Water Monterey |
| Angelique / Anne / Philippe / Yvan Fabre / Brehant / Moulin / Wyart | MTC19-MSY | A Simple and Reliable Lab Tool to Anticipate Risks of UF Membrane Abrasion at Full-Scale |
| Mackenzie Anderson | MTC19-MSY | A Novel Method for RO Membrane Fabrication and its Application to Chemically Tolerant RO and Desalination |
| Justin Mattingly | MTC19-MSY | Development of Self-Healing Membranes for Water Reuse |
| Michael Geitner | MTC19-MSY | Bioinspired Hypochlorite-Resistant Reverse Osmosis Membranes |
| Zohreh / Terry M. Movahed, PhD, PE / Gellner, PE | MTC19-MSY | Challenges in Upgrading a Conventional Activated Sludge Plant in Maryland to a Membrane Bio Reactor (MBR) Facility |
| Mary E. Sadler, PE | MTC19-MSY | Challenges of Retrofitting a Conventional Wastewater Facility to Membrane Bioreactor Technology for Penn State University |
| Troy Walker | MTC19-MSY | Natural Disaster Planning and Recovery - Drought |
| Jill Miller | MTC19-MSY | Natural Disaster Planning and Recovery - Fire |
| Alex E. Wesner, PE | MTC19-MSY | Natural Disaster Planning and Recovery - Earthquakes |
| Thomas Lebeau, PhD | MTC19-MSY | High Packing Density Modules for High Solids Applications |
| Stephanie / Gabriela Olague / Handley | MTC19-MSY | Custom Engineered Membrane Filtration Pilot on Ozonated Secondary Effluent Water as a Source |
| Dave Holland | DEN18 | Ceramic Membrane Use in Oil, Gas, and Minging: A Case Study |
| Judy Ledlee, PhD | DEN18 | Application of Polymeric Ultrafiltration for Flue Gas Desulfurization Wastewater Polishing |
| Tim Rynders, PE | DEN18 | ZLD Treatment of Groundwater Flow from Railroad Tunnel |
| Sue Snyder | DEN18 | Full Recovery DesalinationSM |
| Jamie Felicetti | DEN18 | Membrane System for Selenium Removal in a Mining Application |
| Paul Choules | DEN18 | Using Membranes in Offshore Oil Production |
| John / Jason Peichel / Diamond | DEN18 | Treatment of Acid Mine Drainage at 14,000 feet |
| Michael Quick | DEN18 | Addressing Mining and O&G Reuse in Remote Locations |
| Yuliana Porras Mendoza | DEN18 | Produced Water Research Bureau of Reclamation |
| Benoit Tranape | DEN18 | Ceramic membranes used for Produced water and Mining application |
| Stan Lueck | DEN18 | Desalination of High TDS Produced Water Using Direct Organic Solvent Extraction |
| Tzahi Y. Cath, PhD | DEN18 | Advances in FO MembranesDevelopment and Implications of Novel Pretreatment Technologies for Industrial Wastewater |
| Xiaofei / Rich Huang, PhD, PE / Franks, PE | DEN18 | Tailoring Membranes for Oil and Gas Industry Needs |
| Peter Bolduan | PBI19 | Ceramic Membranes for Thin Stillage Treatment |
| Benoit Tranape | PBI19 | Ceramic Membranes Used for Spring Water, Ultra-Pure Water, Beverage, MBR |
| Bill Musiak | PBI19 | Ceramic Membrane Retrofit of Polymeric Hollow Fiber Systems |
| Brian Butters, PE, MBA | PBI19 | Ceramic Processes: The Future is Now! |
| Stephanie / Jamie Sansom, PE / Langer, PE | PBI19 | Challenges of Dialing in New Technologies: The Ups and Downs of Ceramic Membranes |
| Noriaki Kanamori | PBI19 | Ceramic Flat-Sheet Membrane Features and Benefits for Filtration and MBR Applications |
| Dave Holland | PBI19 | Two U.S. Installations Represent Key Applications for Ceramic Membrane |
| Mike Snodgrass | PBI19 | Ceramic Membranes in Municipal Wastewater Applications |
| Greg Wood | PBI19 | Ceramic Hollow Fiber Membrane Technology for Wastewater Treatment and Reuse |
| Shaleena Smith | PBI19 | A Case Study of Ceramic Membranes for a 26.4 Drinking Water Treatment Plant |
| Michael Ballard | PBI19 | Quantitative Differentiation of Crystar? FT vs Oxide Membranes in Crossflow Applications |
| Harold Fravel, Jr., PhD | DAB19 | Membrane Facilities Evolution and Future Directions |
| Tyler Antrup | MTC19-MSY | Natural Disaster Planning and Recovery New Orleans Resilient Urban Water Management |
| Jordan Hibbs, PE | MTC19-MSY | Natural Disaster Planning and Recovery - Floods |
| David Brown | MTC19-MSY | Natural Disaster Planning and Recovery - Hurricanes |
| Taroon Bidar, PE | CID18 | Membrane Applications in Iowa and Regulatory Considerations |
| Julie Nemeth-Harn, PE | CID18 | Membranes in the Midwest - Pre-treatment Considerations |
| Greg Madden | CID18 | Data Collection and Normalization |
| Kelly Evans, PE | CID18 | Membranes in Industrial Applications |
| Ken Robinson | CID18 | Membrane Process Optimization: Chemistry & Analytical Techniques |
| Steve Troyer, PE, BCEE | CID18 | North Liberty Water System Improvements |
| Harold Fravel, Jr., PhD | SCE18 | Membrane Technology Basics and Their Applications in the Mid-Atlantic Region |
| Bethany Shrodo, PE | SCE18 | Membrane Technology Applications and Regulations in Pennsylvania |
| Jason / Cory Wert, PE / Miller, PE | SCE18 | University Area Joint Authority Beneficial Reuse Project |
| Ben / Jim Movahed, PE, BCEE / Baird, PE, BCEE | SCE18 | The Pennsylvania State University Integrated Membrane Water Treatment Plant |
| Scott Russell, PE | SCE18 | 3D Process Design ? A Tale of the Benefits and Impacts to the Design and Construction Process |
| Richard / Charles / Matthew / Ben Gell, PE / Baker / Sledjeski, PE / Movahed, PE, B.C.E.E. | SCE18 | Challenges and Rewards of Replacing a 100-Year Old Conventional Plant With a 6 MGD Microfiltration Plant for City of Ithaca, New York |
| Jonathan Tracy | SCE18 | Upgrading an Existing MBR Plant in Central Pennsylvania |
| Joel Kostelac, PE, BCEE | SCE18 | MBR Innovative Retrofit of the Cranberry Township, PA |
| Chintan Parikh, PE | SCE18 | Cost effective MBR Retrofits in NE USA |
| Daniel Cargnel, PE | SCE18 | Membrane Filtration Meets the Seasonal Drinking Water Needs of a Maryland Mountain Park |
| Sharma Kamakshi | SCE18 | Ceramic Membranes - Applications and Limitations |
| Harold Fravel, Jr., PhD | MCO18 | Membrane Activity in Florida |
| Dennis Livingston, PE | MCO18 | Update on MBR |
| Daniel Whalen, M.S., E.I. | MCO18 | Identifying Process Improvements for an Aged Nanofiltration Membrane Plant |
| Mo Malki | MCO18 | Permeate Quality and Energy Efficiency Through Membrane Selection |
| Pollop / Stephen / Krystin Phonpornwithoon, E.I. / McGrew, PE / Berntsen, PE | MCO18 | RO Post-treatment Optimization to Allow Conversion from Chloramines to Free Chlorine Disinfection |
| Tom Pankratz | DEN18 | Water Treatment in Oil & Gas Production |
| David Stewart, PhD, PE | DEN18 | Water Quality Discharge Permitting Issues for the Oil/Gas and Mining Industries Utilizing Membrane Treatment Technologies |
| James Grice, III | DEN18 | TENORM in Colorado |
| Anna Jawor, PhD | DEN18 | Innovations in Organic Metal Membranes |
| Joseph / Jennifer / Fred / Dave / G.J. Elarde, PE / Spagnoli / Davis / Phares / Schers, PMP | MTC18-PBI | Saving Money using a Single Source of Responsibility Membrane Replacement with Life Cycle Analysis - City of Melbourne Case Study |
| Bruce / Ben Capps / Movahed, PE, BCEE | MTC18-PBI | Step-by-Step Procedure and Logistics of Replacing the 12 year old RO Membranes at the Five Forks Water Treatment Facility in Virginia |
| Mickal / Steve / Joseph / Tom / Howard / Nick Witwer, PE / Messner / Elarde, PE / Sivert / Brogdon / Easter, PE | MTC18-PBI | Membrane Replacement, System Upgrades and Rehabilitation of a 25-Year-Old Nanofiltration System |
| Rodney / Jay / kevin Herrington, PE / Weingardt / Roderick | MTC18-PBI | Performance of Super Enhanced Permeate Flow RO Elements With 3D Spacers Printed Directly on the Membrane Surface |
| Frans / Dharma Knops / Dharmabalan | MTC18-PBI | Hollow Fiber Open Nanofiltration for Surface Water Treatment |
| Stephen / Pierre / Joel / Glenn / Carsten / Sophie Katz, PE / Cote / Citulski / Vicevic / Owerdieck / Pease, PE | MTC18-PBI | A Simple Measurement of MBR Membrane Integrity That Goes Back to Basics |
| Gerin / Lisa / Paul James / Leckie / Gallagher , PhD | MTC18-PBI | MBR Direct Integrity Testing: An Initial Data Analysis Perspective for Application |
| Jorge / Jorge / Jaime / Jarrett / David / Mandi Barrera / Flores / Kypuros / Kinslow, PE / MacNevin, PhD, PE / Siebels | MTC18-PBI | Finding a Path to Membrane Pricing Competition for Replacement and Expansion of a 15-MGD Horizontal UF System |
| Joseph Wong, PE, BCEE | MTC18-PBI | Experience of Applications of Membranes for Industrial Water Reuse in Various Industries |
| Theping / Peter / Tom / Michael Chen / Quirk / Herlihy / Reyes | MTC18-PBI | High-Recovery Mobile CCD? RO for Improving Boiler Make-up Water Quality and Reducing Chemical Cost at a Combined Heat & Power Plant |
| Anna / Subir / Adrian / Eric Jawor, PhD / Bhattacharjee / Edalat / Hoek, PhD | MTC18-PBI | Membrane Based Platform for Treatment of Power Plant Cooling Tower Blowdown for Reuse |
| Jarrett / Jennifer / David / Fred Kinslow, PE / Roque, PE / MacNevin, PhD, PE / Hemerick | MTC18-PBI | Doubling Down on UF Process Innovations - Design of an Interchangeable Rack UF System With Direct-Coupled Downstream RO |
| Daniela / Troy / Binga Panfil / Walker / Talabi | MTC18-PBI | Large-Diameter (16") Membranes at Scottsdale Water Campus - Advantages and Challenges of Operation |
| Dan / Elisabeth / Jonathan Dye, PhD, PE / Linton, PE / Witt, PE | MTC18-PBI | Application of a 2.9 MGD Open-Platform UF/RO System for Selenium Removal From a Mine-Influenced Surface Water |
| Dan Hugaboom, PE | GEG18 | How Membranes are Used in Wastewater Treatment |
| Greg Wetterau, PE, BCEE | GEG18 | Regulations for Wastewater Reuse |
| Steven Duranceau, PhD, PE | GEG18 | Removal of Contaminants of Emerging Concern Prior to Surface Water Discharge |
| Russ Swerdfeger | GEG18 | Overview of Membrane Bioreactor Processes |
| Russ Swerdfeger | GEG18 | MBR Troubleshooting: Identifying Fouling Causes |
| Noriaki Kanamori | GEG18 | High FOG Food Processing MBR Installation using Ceramic Membranes |
| Casey Fisher | GEG18 | City of Coeur d'Alene Tertiary Membrane Treatment |
| Allison / David Esvelt, PE, BCEE / Demers | GEG18 | Inland Empire Paper Company |
| Casey Fisher | GEG18 | City of Coeur d'Alene Tertiary Membrane Treatment |
| Mike Snodgrass | GEG18 | Blame it on the Rain - The Challenge of Treating Storm Flows |
| Shannon Jessica, PE | GEG18 | Membrane Bioreactor for Winery Wastewater in West Richland, WA |
| Bryen Woo, PE | GEG18 | Sludge Thickening With Silicon Carbide Membranes |
| Paul Mueller, PE | GEG18 | Issues with Algae: Spokane Phosphorous Removal Plant |
| Wayne Bates | CID18 | Introduction to Membrane Treatment |
| Nathan / Jim Kutil, PE / Keenan | MTC18-PBI | Starting Up the First On-demand, Gravity Powered, Ceramic Filtration WTP in the US: Lessons Learned in the First Year of Operation |
| Winnie / Aditya / Stanton Shih, PhD / Kumar / Smith | MTC18-PBI | High-Turbidity Backwash Waste Recovery for Potable Use at Surface Water Treatment Plant |
| Roberto / Jumeng / Bram / Gilbert Floris / Zheng, PhD / Martijn / Galjaard | MTC18-PBI | Improving Quality and Alternative Reuse Strategies for Effluent WWTP With Ceramic Membrane |
| Samantha / Steven Black / Duranceau, PhD, PE | MTC18-PBI | The Removal and Mass Transfer of Caffeine in a Nanofiltration Process |
| Mahdi / Henrik / Jens Fini / Madsen / Muff | MTC18-PBI | Performance Evaluation of NF/RO Membranes for Separation of BAM, MCPA and MCPP From Danish Drinking Water |
| Kunal Olimattel | MTC18-PBI | The Impact of Polyelectrolyte Modification of Membranes on Fouling and Rejection of Emerging Contaminants of Concern |
| Andrea / Matt Netcher, PhD, PE / Doan, PE | MTC18-PBI | How Low Can You Go: Optimizing a Full-Scale MBR Biological Nutrient Removal Facility |
| Jeff / Sarah / Phill / Raymond B. / Mike / Troy Angiel / Lothman / Yi / Kirkpatrick, Jr. / Rumke / Walker | MTC18-PBI | 10 Years of MBR Operation: The Broad Run Water Reclamation Facility Experience |
| Dave / Tim / Chris / Timothy / Ben Holland / Allen / Weis / Nordberg / Antrim | MTC18-PBI | Batch-Style Membrane Bioreactor Allows Municipality to Reuse Wastewater, Meet Low Total Nitrogen Limits, and Increase Capacity |
| Brad Reisinger, PE | MTC18-PBI | Challenges of Managing Multiple Water Quality Sources for Drinking Water Supplies |
| Phillip / Eric Locke, PE / Smith, PE | MTC18-PBI | New Groundwater Low-Pressure RO Plant Addresses Color and Disinfection By-products Issues for Golf Course Community |
| Nagham / Jared / Sara / Julie / Matt Najeeb / Furlong / Pietsch / Nemeth-Harn, PE / James | MTC18-PBI | A Study of Iron Redox Reactions and Associated Irreversible Damage Within Reverse Osmosis Systems |
| Amanda / Jorg / Richard / Mark / Steve / Beverly Taylor / Menningmann / White / Wilf, PhD / Tedesco / Encina, PE | MTC18-PBI | Energy Savings by Design for New Advanced Treatment Plant for Groundwater Recharge in Southern California |
| Michael / Alisha / Radu Gisclair / Cooley / Danila | MTC18-PBI | Twin Turbochargers Provide High Permeate Recovery at Low Net Energy Consumption and Low Capital Cost in Megascale SWRO Systems |
| Michael Mickley, PhD, PE | MTC18-PBI | Results of 2017 Survey of US Municipal Desalination Facilities |
| Saqib H. / Esther / David / Jill / Jarrett K. Shirazi, PE, PMP / Harrah, PE / Timmermann, PE / Hudkins, PE / Kinslow, PE | MTC18-PBI | Initial Performance of Membrane and Remineralization Processes for the Saws Brackish Groundwater Desalination Plant |
| Robert / Matt / Erin McCandless, PE / Shroll / Mackey, PhD, PE | MTC18-PBI | A Novel Approach for Concentrate Minimization: Phase II |
| Jillian / Tim / Tony / Scott / Clint Vandegrift / Rynders, PE / Actis / Niebur / Carter | MTC18-PBI | That's a Good-looking 4th Stage on Your RO System |
| Jessica / Dr. Qian Z. / David Ronald / Amy C. Boynton, PhD / Mather, PhD / Beck / Nowlin | MTC18-PBI | Treatment of Reverse Osmosis Brine Through Chemistry |
| Susan / Sean / Rick / Tamotsu Guibert, PE / Carter, PE / Beath / Kitade, M. Eng. | MTC18-PBI | Operation of New High Performance MBR Module at the Valley Center Water Treatment District |
| Bryce / Paul / Jorge / Don Danker / Biscardi / Atoche, PE / Zylstra, PE | MTC18-PBI | Meeting Today?s Industrial Water Demands and Solving Tomorrow?s Challenges through Implementation of the Tertiary MBR |
| Dustin / Dan / Nikki / Michael Whynman, PE / Hugaboom, PE / Mayer / Bundy | MTC18-PBI | Responding to Unexpected Issues at the Startup of Baker WTP |
| Nickolas J. / Rod / Jane / Joseph Easter, PE / Colon / Early, PE / Elarde, PE | MTC18-PBI | Using Effective Wellfield Management to Mitigate Fouling During Conversion of Lime Softening to RO |
| Colin M. / Christian Hobbs, PhD, PE, BCEE / Sanders, C.PE | MTC18-PBI | Commissioning and Performance Testing a 6 MGD ZLD Drinking Water Treatment Plant |
| Scott / Kyle / Robert (Bo) Freeman, PE / Hinricks / Johnston, PE | MTC18-PBI | Out With The Old - In With The New: Working With a Regulator to Replace 9-Year Old UF Membranes |
| Teodor / Brock / Elliot Kochmar, PE, PMP / Hedges / Wuorinen | MTC18-PBI | Replacing 7,308 Ultrafiltration Membrane Modules? A Supposedly Fun Thing I Will Do Again |
| Brian Hackman, PE, P.H., BCEE | MTC18-PBI | Replacing the First Large Scale Municipal UF Membrane System in Illinois |
| Brent Alspach, PE, BCEE | MTC18-PBI | Beyond Integrity Testing: Validating NF/RO for Pathogen Removal Under the Membrane Filtration Guidance Manual Regulatory Framework |
| James C. (Jim) / Mehul / William Vickers, PE / Patel, PE / Dunivin | MTC18-PBI | Monitoring of RO Systems for Regulatory Compliance in Advanced Treatment Systems |
| Eva / Nicola / Justin / Andy Steinle-Darling, PhD, PE / Fontaine / Sutherland PhD, PE / Salveson | MTC18-PBI | Membranes Getting Their Due: Progress Towards Log Removal Credit for RO Membranes and MBRs in Potable Reuse |
| Jim C. / Stacey / Bradley Lozier, PE / Hamilton / Edwards | MTC18-PBI | Achieving Maximum Pathogen Removal Credit for Full-Scale UF and RO Systems in Potable Reuse Schemes |
| Rodrigo / Aleksey / Rhodes / Shane Tackaert / Pisarenko / Trussell / Trussell | MTC18-PBI | Pathogen Removal Credit by Reverse Osmosis for Potable Reuse: Sensitivity of Monitoring Techniques and Establishing Control Limits |
| Ufuk / Adam Erdal, PhD, PE / Festger | MTC18-PBI | How Can We Meet Pathogen LRV Requirements in Potable Reuse Projects If MBR Does Not Get Any Pathogen Credits? |
| Kerry J. / Daisuke / Lauren / Muxue Howe / Minakata / Breitner / Zhang | MTC18-PBI | Predicting Removal of Trace Organics by Reverse Osmosis for Potable Reuse Applications |
| Pranjali / Andrew / David / Eva / Jo Ann Kumar / Salveson / Ammerman / Steinle-Darling, PhD, PE / Jackson | MTC18-PBI | Innovative Potable Water Purification without RO - Direct Potable Reuse Demonstration Pilot in Central Florida |
| Brett / Eileen / Seval / Shane Faulkner / Idica / Sen / Trussell | MTC18-PBI | Comparison of Proven Technologies for Reverse Osmosis at 95% Recovery for a Full-scale Potable Reuse Facility |
| Joshua / Stephen / John Berryhill, PE / Katz, PE / Holton | MTC18-PBI | Tap Into MBR - The Hamby WRF Indirect Potable Water Reuse Project |
| Jennifer / Jo Ann / Robin / David Roque, PE / Macrina, PE / Cook / MacNevin, PhD, PE | MTC18-PBI | Advancing the Development of Direct Potable Reuse in Florida: Construction of a Full-Scale Demonstration Facility nears Completion |
| Christopher P. / Nicole / Andrea / Eric / Sage / Amy Morrow, PhD / Furtaw / Achilli, PhD / Marchand / Hiibel / Childress | MTC18-PBI | Potable reuse with engineered osmosis; integrating an osmotic membrane bioreactor with membrane distillation. |
| Roy / Kevin / Gary / Julie Yu / Alexander, PE / Silverman / Nemeth-Harn, PE | MTC18-PBI | Unique Hybrid Membranes Configuration for Color Removal and Very High Recovery for Groundwater Treatment at the City of Signal Hill |
| Aleksey / Elise / Eileen / Shane / Joseph Pisarenko / Chen / Idica / Trussell / Quicho | MTC18-PBI | Innovative approach to controlling biological and organic fouling of membrane systems. |
| Martin J. / Simon / Brian Gravel, P.Eng. / Breese / Sahely, M.A.Sc., PE | MTC18-PBI | Back to the Future: Achieving Membrane Quality Water With Granular Media Filter Simplicity |
| Janeen / Rebecca / Paul / Geoffrey K. / Jennifer / Monica Wietgrefe, PE / Wilder, E.I. / Biscardi, E.I. / Hart, PE / McMahon / Pazahanick, PE | MTC18-PBI | Seven Years and Counting - The Successful Implementation of a Split-Feed Nanofiltration Process at the Town of Jupiter, FL |
| Joerg / Pierre / Benoit Winter, PhD / Berube, PhD / Barbeau, PhD | MTC18-PBI | Nanofiltration for Surface Water Treatment - Hydrodynamics and System Configuration |
| Pamela / Fadi / Fred / Kevin El Jbeily / Akkawi / Barendregt / Clarke | MTC18-PBI | Treating Clarifier and Backwash Wastewater with Ultrafiltration Membranes |
| Carlyn J. / Steven Higgins, M.S., E.I. / Duranceau, PhD, PE | MTC18-PBI | Modeling of Mass Transfer and Endocrine Disrupting Compound Removal in a Nanofiltration Membrane Process With Acid Pretreatment Conditions |
| Gabriela / Don / James C. Handley / Zylstra, PE / Vickers, PE | MTC18-PBI | A Unified Backwash Approach for Multiple Modules on West Basin?s Custom Engineered Microfiltration Pilot |
| Frank / Randy / Phil / Jason / William B. Brinson / Brown / Hyer / Mraz / Suratt, PE | MTC18-PBI | Optimizing Replacement Membranes at the 10 mgd City of Pompano Beach Nanofiltration Plant |
| William / Elizabeth B. Sarchet, PE / Lackey | MTC18-PBI | Pretreatment Chemicals Pay Dividends Downstream: An Investigation Into Membrane Fouling at the Wes Brown Water Treatment Plant |
| Mohammad / Onita / Benoit Alresheedi / Basu, PhD, PE / Barbeau, PhD | MTC18-PBI | Natural Organic Matter Fouling and Chemical Cleaning of Ceramic UF Membranes |
| Troy Walker | MTC18-PBI | One Dose Fits All - Or Does It? The Use of Chloramine in Reuse Applications |
| Shardul / Radisav D. Wadekar / Vidic | MTC18-PBI | Effect of Repetitive Chemical Cleaning on the Performance of Polymeric Nanofiltration Membranes |
| Mo Malki | MTC18-PBI | The Use of Chlorine Dioxide as a RO Membrane Cleaning Aid for Natural and Synthetic Organic Foulants |
| Aleksey / Rodrigo / Elise / Eileen / Shane / Joseph Pisarenko / Tackaert / Chen / Idica / Trussell / Quicho | MTC18-PBI | Optimization of Chemical O&M Costs for the Reverse Osmosis Membrane System Treating Reclaimed Water at up to 85% Water Recovery |
| Eric / Jack / Nina / Robert Sabolsice / Wang / Miller / James | MTC18-PBI | Use of Subsurface Intakes for Seawater Desalination in Monterey, California |
| Stephen McGrew, PE, DBIA, PMP | MTC18-PBI | Palm Beach County Water Utilities 20 Years of Membrane Treatment What Have We Learned? |
| William / Brian / Renuka / Raul / John Lovins, III, PhD, PE / Stitt, PE / Bajnath / Sotelo / McGeary | MTC18-PBI | Making Utilities Clean Through Green - Town of Davie Water |
| Peter / Mike / Robert O'Connell / Winters / Meyers | MTC18-PBI | Analysis of 15-Year Low-Pressure Membrane System for Optimal Surface Water Treatment |
| Sandeep / Dean / Dan / Jennifer / Erica / Mark / Katie / David Sethi PhD, PE / Milton / Hugaboom, PE / Nyfennegger / Stone / Simpson / Gilmore / Rodriguez | MTC18-PBI | Design Completion and Update on the Largest Ultrafiltration Retrofit in Florida for Lake Manatee WTP |
| Yue / Jeff / Eric / Andrea Sun, PE, BCEE / Peters, PE, BCEE / Wilson / Brinkley | MTC18-PBI | Planning for an Integrated Membrane Surface Water Treatment Plant - An Owner?s Perspective |
| Jonathan / James Bundy, PE / Christopher, PE | MTC18-PBI | City of Punta Gorda ROWTP and Blending Process Design Considerations |
| Miguel / Aaron / Julie / YuJung Arias-Paic, PhD, PE / Gress / Korak / Chang | MTC18-PBI | Attempting Zero Liquid Discharge from a Challenging Water Source using Membrane Based Processes |
| Brian / Tony Butters, PE, MBA / Powell, P. E. | MTC18-PBI | ZLD Using Ceramic Membranes |
| Megan / Malcolm / Anisa / Ben / Xiangchun / Zhongyuan Low / Man / Maruschak / Sparrow / Yin / Zhou | MTC18-PBI | Reverse Osmosis Brine Treatment by Splitting Scaling Salts: Low-Cost Alternatives to Recover Freshwater and Produce Solids |
| Mark / William Summe / Phillip | MTC18-PBI | Elucidating Structure-Performance Relationships and Transport Mechanisms of Charge Mosaic Membranes |
| Humberto / Chanhee / Menachem Jaramillo / Boo / Elimelech | MTC18-PBI | Membrane Surface Energy Required to Delay Gypsum Scaling in Brackish Water Reverse Osmosis Systems |
| Savannah R. / Jonathan Bachman / Brant, PhD, PE | MTC18-PBI | Strategic Separation of Polyvalent Cations Using Nanofiltration Membranes |
| Faris M. / Anwar / Woo Hyoung Munshi / Sadmani / Lee, PhD, PE | MTC18-PBI | Fouling Control of a Forward Osmosis (FO) Algae Dewatering System using an Electric Field |
| Coleman / Jonathan Henry / Brant, PhD, PE | MTC18-PBI | Modeling Water Transport Mechanisms in Soil-Water Potential Driven Desalination |
| Victoria / Erin / David A. Guerrero / Partlan / Ladner, PhD, PE | MTC18-PBI | Effects of Dissolved CO2 on Organic and Inorganic Fouling and Cleaning of RO Membranes |
| Justin / Brandon / Hutch / Tom Sutherland, PhD, PE / Yallaly / Musallam / Kerr | MTC18-PBI | Identifying RO Pre-Treatment to Mitigate Both Membrane Fouling and Oxidation |
| Holly / Irene Shorney-Darby, PhD, PE / Caltran | MTC18-PBI | Pre- and Post-Membrane Treatment Challenges Caused by NOM |
| Eric / Susanna Owens, PE / Li | MTC18-PBI | Effects of Pretreatment Ozonation on TOC Rejection of Reverse Osmosis Membranes |
| James / Srinivas DeCarolis, Jr., PE / Veerapaneni, PhD, PE | MTC18-PBI | High-Recovery Treatment of RO Concentrate With Electrodialysis Metathesis |
| Sunny / Roshanak / Michael / Wendy / Melissa / Bryan Wang / Aflaki / Ruiz / Broley, PE / Ingalsbe / Trussell | MTC18-PBI | How Much Concentrate Can You Squeeze With Closed Circuit Desalination and What to Consider |
| Kira / Tim / Jill Peterson / Rynders, PE / Vandegrift | MTC18-PBI | Avoiding Tunnel Vision: High-Recovery Membranes in the Rocky Mountains |
| Greg / Lindsey / Terry / Lindsay / Lanaya Wetterau, PE, BCEE / Stephenson / Smith / Leahy / Voelz | MTC18-PBI | Expanding Reuse for Carlsbad, California, Using Membrane Technologies |
| Cristina / G. J. / Elaine / Chris / Juan / Jeffrey F. Ortega-Castineiras, PE / Schers / Tolon, E.I. / Chris Catlin, PE / Aceituno, PE / Thompson, PE | MTC18-PBI | Capacity Expansion and Water Quality Improvements at a Co-located Lime Softening and Membrane Facility |
| Ben / Chuck / Matthew / Richard E. Movahed, PE, BCEE / Baker / Sledjeski / Gell | MTC18-PBI | Challenges and Rewards of Replacing a 100-Year-Old Conventional Plant With a 6 MGD Microfiltration Plant for City of Ithaca, NY |
| Sandy / Han Scott-Roberts / Gu | MTC18-PBI | Groundwater Replenishment System Final Expansion Project Challenges |
| Karla J. / Douglas / Teresa Kinser, PE / Drummey / Konda, PE | MTC18-PBI | Lessons From an Expansion of a Dual-Membrane Surface Water Plant |
| Jeff / Laura / Alec Beaty, PE / Meteer, B.Sc / Cranmer, PE | MTC18-PBI | Membrane Replacement and Retrofit Consideration Using Membrane Performance Metrics |
| Panel of Experts | | Hands-on Activity: Investigating Hollow Fiber UF & Spiral RO/NF Construction |
| Robert Shoaf, PE, BCEE | MSP17 | The Proliferation of Membrane Water Treatment in Ohio |
| Brian Wise | MSP17 | Data And Economic Analysis of Ceramic Ultrafilter Membranes In Backwash Water Recovery and Waste Water Reuse Applications |
| Fernando Rico, Jr., PE | MSP17 | El Paso 10 Year Old Desalination Plant and Lessons Learned |
| Linda Troncoso, PE | ELP18 | Desalination and Brine Disposal for Horizon Regional Municipal Utility District |
| Carlos Torres, PE | ELP18 | Arsenic Removal In Groundwater: A Review of Mitigation Using Iron Oxidation and Removal in a Small Community |
| Juarez Horacio, PE | ELP18 | Little Town Big Water (Desalination and Other Challenges) Brackish Groundwater Treatment Facility for EPCWCID 4 (Fabens) |
| Richard Wilcox | ELP18 | Testing and Preparing for TCEQ Sample Requirements |
| Fernie / Art Rico, PE / Ruiz | ELP18 | 10 Years Later - Kay Bailey Hutchison Desalination Plant |
| Paul / Art Wallace / Ruiz | ELP18 | Full Recovery Desalination |
| Pei / Charlie Xu, PhD / He, PE, LEED AP | ELP18 | Ion Selectivity of Electrodialysis for Desalination and Reuse Enhancement |
| Caroline Russell, PhD, PE, BCEE | ELP18 | El Paso's Direct Potable Reuse Project - TCEQ Approval and Current Status |
| Brent Alspach, PE, BCEE | ELP18 | Broad Application of ZLD Technology for Desalination Concentrate Management |
| Anthony Tarquin, PhD, PE | ELP18 | Low-Cost Recovery of Blowdown Water in Power Generation Facilities Using the CERRO Process |
| Ivonne Santiago, PhD, PE | ELP18 | Safe Drinking Water for Po Plume, Haiti |
| Angel Bustamante, PE | ELP18 | Secondary Reverse Osmosis Treatment for Three El Paso Water Wells |
| David Williams, PE | ELP18 | TCEQ Regulatory Updates for Desalination in Texas |
| Oscar Ibanez, PhD | ELP18 | Water Supply Challenges & Desalination Alternatives |
| Dan Hugaboom, PE | ELP18 | Choosing the Right Membranes for Future Water Treatment Challenges |
| Harold Fravel, Jr., PhD | RSW18 | Membrane Activity in the Southeast United States |
| David MacNevin, PhD, PE | MTC18-PBI | Protecting Membranes in Advanced Water Treatment: Effective Management of Chloramine and Peroxide Residuals |
| Richard / Eric Stratton, PE / Owens, PE | MTC18-PBI | Operating Experience of the West Basin Edward C. Little Water Recycling Facility Phase V Expansion |
| Jay / Alex / Jim C. Maggi, PE / Echols / Lozier, PE | MTC18-PBI | Optimization and Process Changes Achieve Membrane Integrity, Reliability, Increase Membrane Life and Save Capital |
| Val Frenkel, PhD, PE, D.WRE | MTC18-PBI | Exploring the Role of Membranes in Water Resource Planning |
| Bill / Andrea / Francis / Denis / Peter Seabold / Rogers / Vaillancourt / Vial / Berg | MTC18-PBI | Ultrafiltration Membrane Operation Outside Manufacturer?s Specifications - Keokuk Waterworks? experience |
| Pierre / Michael / Gregory / Ian Kwan, PE / Blannchette / Pierson / Jablonski | MTC18-PBI | All-Gravity Membrane Filtration: Design and Operational Considerations |
| Srinivas / Thomas / Chung-Leung Veerapaneni, PhD, PE / Chan / Wong | MTC18-PBI | Strategic Water Resource for Hong Kong - 135 MLD Tsuen Kwon O Seawater Desalination Plant |
| Chandra Mysore, PhD, PE, BCEE | MTC18-PBI | Troubleshooting Water Quality and Operational Issues During the Commissioning of a New SWRO Plant |
| Bo / Troy Johnston, PE / Hall | MSP17 | What?s the Value in Piloting? A Case Study from the Fargo MWTP Project |
| Scott Freeman, PE | MSP17 | Out with the Old -In with the New: Replacing 9 Year Old UF Membranes With Another Manufacturer's Modules |
| Ken Robinson | MSP17 | A Review of Methods For Membrane Process Optimization |
| Jeff / Laura / Alec Beaty, PE / Meteer, B.Sc / Cranmer, PE | MTC17-LGB | Use of Membrane Performance Metrics to Characterize Membrane Replacement Requirements |
| Hang / Irene / Kristin N. / Merlin L. / Volodymyr V. Shi / Xagoraraki / Parent / Bruening / Tarabara | MTC17-LGB | Recovery of Adenovirus from Tap and Surface Water by Crossflow Ultrafiltration: Experimental Determination and XDLVO Predictions |
| Yehia / Muataz Manawi / Hussien | MTC17-LGB | The Use of Arabic Gum as an Additive to Polysulfone Membranes |
| Gilbert Galjaard | MTC17-LGB | 18 Years RO-Experience at WTP Heemskerk Biofouling Aspects |
| Anna / Jason / Subir / Eric / Arian Jawor, PhD / Lake / Bhattacharjee / Hoek / Edalat, PhD | MTC17-LGB | Operations of Integrated Water Treatment Platform for Treatment of Produced Water from Bakersfield, CA |
| Omkar R. / Shuai / Sakineh / Vikas / Radisav D. Lokare / Liu / Tavakkoli / Khanna / Vidic | MTC17-LGB | Comparison of DCMD and VMID for Treatment of Produced Water from Unconventional Gas Extraction |
| Ufuk Erdal, PhD, PE | MTC17-LGB | Can MBR Replace MF/UF in a Potable Reuse Train-Implementation Concerns? |
| Graham / Saied / Ali / Mojtaba Juby, PhD, PE / Delagah / Sharbat, PhD / Farrokh Shad | MTC17-LGB | Evaluating Management and Disposal of CECs in Water Reuse Projects |
| Paul / Lars H. Mueller, PE / Hendron, PE | MTC17-LGB | Long-Term Pilot Testing of Membrane Filtration for Ultra-Low Tertiary Phosphorus Removal at Spokane |
| Thomas / Jay / Jan / Joe Poschmann / Garcia / Cornelius / Tardio | MTC17-LGB | Direct Module Retrofits: Operating History of Five Low Pressure Membrane Plants |
| Jana / Donald W. Safarik / Phipps, Jr. | MTC17-LGB | RO Membrane Surface Factors Influencing Specific Flux |
| Shona / Pierre Robinson / Berube, PhD | MTC17-LGB | Performance Metrics for Ageing of Drinking Water Membranes |
| Charlie / Chao-an He, PE, LEED AP / Chiu | MTC17-LGB | Making Good Better: Optimizing Salinity Management Using Time-Step Water and Salt Balance |
| Korkud / J.C. / Alexander / Jim C. / Srinivas Egrican, PE / Lan, PE / Echols / Lozier, PE / Jalla, PE | MTC17-LGB | Process Optimization and Adjustments Help save Money, Achieve Membrane Integrity, Reliability and Increase Membrane Life |
| Tom / Rich / Derrick / Craig / Myles Knoell / Franks, PE / Mansell / Bartels, PhD / Davis | MTC17-LGB | Capitalizing on the Latest Advancements in Reverse Osmosis Membrane Technology |
| Harold Fravel, Jr., PhD | MSP17 | Introduction to Membrane Technology |
| Dan Hugaboom, PE | MSP17 | MF/UF Design & Operations |
| Julie Nemeth-Harn, PE | MSP17 | Designing NF/RO Systems for Long Life and Low O & M Costs |
| Mike Snodgrass | MSP17 | Overview of MBR Processes |
| Derek Stevens, PhD | MSP17 | What's Next? The Future of Membranes in Reverse Osmosis and Nanofiltration |
| David Weum, PE | MSP17 | Membranes in Minnesota: Regulator's Plan Review Perspective |
| Eric Paulson | MSP17 | A System Manufacturer's Perspective on Design and Operational Differences for Various MF/UF Modules |
| Annika Bankston, PE | MSP17 | Introduction to the Columbia Heights Membrane Plant |
| Mark White, PE | MSP17 | Making the Most of Limited Space for a New 30-MGD Submerged UF Membrane Retrofit in Highland Park, IL |
| Mark / Sandra / YuJung / Neal Allen / Walker / Chang PhD / Aronson | MTC17-LGB | Innovative Water/Energy Nexus: Optimizing Renewables by Combining Seawater Pumped Storage, Hydropower, and Desalination |
| Scott / Saqib H / Jarrett Freeman, PE / Shirazi, PE, PMP / Kinslow, PE | MTC17-LGB | Post-Treatment of RO Permeate with Calcite Contact to Provide Stability and Corrosion Control |
| Roberto M. / Bingjie Narbaitz / Xu | MTC17-LGB | Hollow Fiber Ultrafiltration of Hydrophobic Natural Organic Matter (NOM) Waters using Different Pretreatment Schemes: Floatation versus Sedimentation |
| Roberto / Jumeng / Holly / Gilbert Floris / Zheng, PhD / Shorney-Darby, PhD, PE / Galjaard | MTC17-LGB | ILCA: In-Line Coagulation and Absorption for Pre-Treatment to Ceramic Microfiltration |
| Charles Liu, PhD, PE, BCEE | MTC17-LGB | Challenges in Understanding Membrane Fouling and Cleaning |
| Boris Liberman, PhD | MTC17-LGB | Keeping the RO Membranes of the Future Continuously Clean |
| Mo Malki | MTC17-LGB | A Novel Calcium Carbonate Scaling Model for Calculating Maximum Recovery and Inhibitor Dosages in Industrial RO Applications |
| Sheng / Youngjin / Sherub / Ho / TorOve / Noreddine Li / Kim / Phuntsho / Kyong Shon / Leiknes / Ghaffour | MTC17-LGB | Bio-methane production variation under different draw solute reverse diffusions in an anaerobic digester simulated for FO-AnMBR |
| Mark / Steve / Beverly / Kara / Jorg / Richard Wilf, PhD / Tedesco / Encina / Buttacavoli / Menningmann / White | MTC17-LGB | Design of a 14.8 MGD High Recovery Rate RO Plant for Reclamation of Municipal Wastewater Effluents Utilizing Advanced Membrane Technology |
| Takafumi Shinozaki | MTC17-LGB | Landfill Leachate MBR Plant Utilizing PTFE MF Membrane |
| Arnout K.H. / Motsa / Van der Meeren / Verliefde D'Haese / Machawe / Paul / Arne | MTC17-LGB | A Refined Draw Solute Flux Model in Forward Osmosis |
| Faris M. / Jared / Anwar / Woo Hyoung Munshi / Church / Sadmani / Lee, PhD, PE | MTC17-LGB | Algae Dewatering with Different Draw Solutions and Cross Flow Velocities Using Forward Osmosis (FO) Flat Sheet Membrane |
| Emily W. / John H. Tow / Lienhard V | MTC17-LGB | Effect of Pressure on Alginate Fouling in Forward Osmosis |
| Shardul / Radisav D. Wadekar / Vidic | MTC17-LGB | Optimization of Abandoned Mine Drainage Treatent by Commercially Available Nanofiltration Membranes |
| James C. (Jim) / Mehul / William Vickers, PE / Patel, PE / Dunivin | MTC17-LGB | Energy Recovery Devices, Membrane Flux Balancing and Net Energy Consumption For Recycled Water - A Full Scale Evaluation |
| Brett T. / Fred / Kevin Messner, PE / Mittl, PE / Friedman, PE | MTC17-LGB | Being Good Stewards: Improving Effluent Quality On a Barrier Island |
| Zohreh / Melissa Movahed, PhD, PE / Lin | MTC17-LGB | The Role Of Membrane Bioreactors in Addressing Chesapeake Bay Challenges |
| Nathan / Dawn / Sanjay / Arseny Boyle / Guendert / Guendert / Kalinsky | MTC17-LGB | Fixing the ?Data Rich, Knowledge Poor?: Leveraging Information Technologies for Enhanced RO Performance and Maintenance |
| William / Bret / Catherine / Jaya / Scott / Brit Lovins, III, PhD, PE / Nicholas / Magliocco / Tharamapalan / Lee / Johnston | MTC17-LGB | Plant Optimization for an Inland Industrial RO Reuse Facility |
| Marjolein / Griet / Lingshan / Evelyn / Klaas / Lynn / Arne Vanoppen / Stoffels / Ma / De Meyer / Schoutteten / Vanhaecke / Verliefde | MTC17-LGB | Separation of Organics and Salts with Ion-Exchange Membranes: Effect of Matrix and Organics |
| Shahnawaz / Meredith / Sean / Francois / Paul Sinha / Morrissey / Zimmerman / Perreault / Westerhoff | MTC17-LGB | The Effect of IN-SITU Silver Nanoparticle Coating Onto UF and RO Membranes For Biofouling Control to Water Permeability |
| Kimberly Tenggardjaja, PhD | MTC17-LGB | Permitting of seawater desalination in California: the State Water Resources Control Board's Desalination Amendment to the California Ocean Plant |
| Jonathan / Erica Loveland, PE / Wolski | MTC17-LGB | Drinking Water Permit for the Carlsbad Desalination Facility -Demonstrating How To Obtain Log Removal Credits for RO Membranes |
| Michael E. Mecredy | MTC17-LGB | Achieving Stringent Nutrient Compliance |
| Dave / Ben Holland / Antrim | MTC17-LGB | Improving Organic Reduction and Overcoming Challenges of a Membrane Bioreactor (MBR) Treating Wastewater from Plastic Production |
| Mike / Dennis Snodgrass / Livingston | MTC17-LGB | One MBR, 15 Years of Innovation |
| Rick / Miquel / Michael Bacon / Paraira Faus / West PhD | MTC17-LGB | Predicted Network TTHM Levels Derived from Online THM Formation Potential Monitor Helped Optimize Reverse Osmosis Treatment and THM Management |
| Jarrett / Esther / Jill / David Kinslow, PE / Harrah, PE / Manning Hudkins, PE / Timmermann, PE | MTC17-LGB | Startup and Initial Operations of the Saws Brackish Groundwater Desalination Project |
| Emmanuelle / Morgane / Anne / Reynald / Martin / Davis Filloux / Guennec / Brehant / Bonnard / Heijnen / Arifin | MTC17-LGB | Impact of organic matter on fouling propensity of a new ultrafiltration membrane with low adhesive surface - a study based on 10 different waters |
| Paul / Anh / Steven Gallagher / Nguyen / Cao | MTC17-LGB | Membrane Fouling Control in Municipal Water Treatment: How to Clean Them Back. |
| Jacky Ben / Tomer / Roi / Alex Yaish / Efrat / Zaken Porat / Drak | MTC17-LGB | Increasing BWRO plant recovery using batch operation RO and a fluidized bed crystallizer |
| Mark Wilf, PhD | MTC17-LGB | The Economics of Seawater Reverse Osmosis Desalination Projects |
| Eric / Tom / Joe / Austin / Joshua / Cathy / Kelley Cherasia, PE / Seacord, PE / Monaco / Melcher / Haggmark / Taylor / Dyer | MTC17-LGB | California Ocean Plan Amendments: Applicability and Requirements for New, Expanded, and Existing Facilities |
| Jin Gi Hong | MTC17-LGB | Membrane Technology for Blue Energy Production Using Water Salinities |
| Eli / Alisha Oklejas, Jr. / Cooley | MTC17-LGB | Energy Optimization with Energy Recovery Devices and Innovative Process Design Improvements with Applications in Membrane Systems |
| Tim Rynders, PE | MTC17-LGB | Maximizing Energy Recovery from Brewery Waste Streams with Anaerobic Membrane Bioreactors and Biogas Conditioning |
| Michael / Mia S. / Zakir / Eileen Y. / Seppi / Joseph Adelman / Smith / Hirani / Idica / Henneman / Quicho | MTC17-LGB | A Case Study in Controlling Phosphate-Induced Scaling in Potable Reuse |
| Leda / Michael R. / Sunny Katebian / Hoffmann / Jiang, PhD | MTC17-LGB | Membrane Surface Modification Using Quorum Sensing Inhibitors for Biofouling Prevention |
| Thomas F. / Walt Munding / Bayless | MTC17-LGB | Analysis of the Impact of Citric Acid CIP Carryover on Disinfection By-Product Formation in Membrane Treatment Facilities |
| Michael B. / Richard / Lance Fox, PE / Salas / Benjamin | MTC17-LGB | Advanced Treatment of Recycled Water as a Reliable Saltwater Barrier at the Leo J Vander Lans Advanced Water Treatment Facility |
| Jennifer / Andrew / Jarrett / Brian / Vince Roque, PE / Woodcock, PE / Kinslow, PE / Foulkes, PE / Akhimie CPM, PE | MTC17-LGB | A Potable Reuse Demonstration Scale Program in East Coast Florida |
| Sean / Curt / Gina / John / Andrew / Elisa / Justin Carter, PE / Elwell / Dorrington / Willis / Salveson / Garvey / Sutherland, PhD, PE | MTC17-LGB | Pressurized Ultrafiltration Membrane Performance at the Ventura, California Demonstration Plant |
| Kurt / Pedro Antonio Kiefer, PE, BCEE / Rojas Pena | MTC17-LGB | San Andres Turns to Seawater RO to Meet Critical Water Supply Shortfall |
| Andrea / Lori Achilli, PhD / Jones | MTC17-LGB | California's Desalination Amendment: Opportunities from the Colocation of Desal Facilities with Wastewater Treatment Plants |
| Evelyn / Gregory / Lanaya / Leonel / Terry / Lindsey / Lindsay Chang, PE / Wetterau, PE, BCEE / Voelz / Almanzar / Smith / Stephenson / Leahy | MTC17-LGB | Carlsbad Water Recycling Facility Expansion: Design, Permitting, Startup, and Operations |
| Holly / Jumeng / Gilbert Shorney-Darby, PhD, PE / Zheng, PhD / Galjaard | MTC17-LGB | Ceramic Membranes for Reuse |
| James / Sock-Hoon / Sandeep / Gary / Bikram / Scott DeCarolis, Jr., PE / Koh / Sathyamoorthy / Hunter / Sabherwal / Freeman, PE | MTC17-LGB | Application of Flat Sheet Ceramic Membrane Technology for Water Reuse |
| Hooman / Christopher Vatankhah / Bellona, PhD | MTC17-LGB | Comparison of Polymeric and Ceramic MF/UF Membrane for the Treatment of Produced Water |
| Mickal / Joseph / Jeff / Justin / Nickolas Witwer, PE / Elarde, PE / Poteet / Martin / Easter | MTC17-LGB | Optimizing Pretreatment for a High Organic Florida Surface Water |
| Cristina / Albert / G. J. / Gerrit / Mike / Thomas Ortega-Castineiras, PE / Jernej / Schers / Bulman, P.G. / Witwer, PE / Good | MTC17-LGB | Combined NF and RO Concentrate Disposal Piping and Deep Injection Well Scaling: A Case Study |
| Matt M. / Mike / Sara James / Jefferies / Pietsch | MTC17-LGB | Advancements in Scaling Calculations and an In Depth Look at Antiscalant Dosing for Stressed Waters and High Recovery Systems |
| Lisa / Gerin / Jessica / Aaron / Chan Mya / Paul Leckie / James / Tola / Balczewski / Tun / Gallagher | MTC17-LGB | Improving MBR Footprint - A California Case Study |
| Derek / Cho / Jung / McKennon / Lowe / Jang Kim / David / Paul / Kevin / Greg / Moonseog | MTC17-LGB | A Successful Modification of Conventional SBR to MBR at Indian Casino and Facility: Case study of Chumash Casino and Resort Water Reclamation Facility (WRF) |
| Bryce / Troy / Don Danker / Walker / Zylstra, PE | MTC17-LGB | Advanced MBR Technology to Improve Water Quality and Increase Use of Recycled Water for West Basin Municipal Water District |
| Subhanjan /Almotasembellah / Sergio.G / M. Nasir / Said A. / Maria D. Mondal / Abushaban / Salinas-Rodriguez / Mangal / Goueli / Kennedy | MTC17-LGB | Development and Application of New Methods to Measure Bacterial Activity and Nutrients in Seawater in Reverse Osmosis (SWRO) |
| Peachie / Zipora / Adva Zach / Eatay / Erika Maher Hytowitz / Tal / Maor / Pomeranz / Ben-Basat | MTC17-LGB | Analysis of 20 Micron Self-Cleaning Disc Filter Versus Cartridge Filters for RO Protection After Media Filters in a SWRO System |
| Joseph Robert Swiezbin | MTC17-LGB | A Concept For Open Platform Membrane Systems |
| Bruce Biltoft | MTC17-LGB | A Supplier's Perspective on Interchangeable designs in both Pressurised and Submerged UF |
| James C. (Jim) / Don W. Vickers, PE / Zylstra, PE | MTC17-LGB | West Basin PVDF Parallel Piloting Performance Results |
| Dan / Jim / Michael / Richard K. Hugaboom, PE / Meyerhofer / Bundy / Mori | MTC17-LGB | IRWD and its Partners Improve Water Supply Reliability in South Orange County (CA) by Completing its 28-MGD Baker WTP |
| Jason / Elisabeth / Alain / Joshua Nay / Linton, PE / Richard / Berryhill, PE | MTC17-LGB | Retrofit and Expansion of a 10 MGD UF System in Granbury, Texas |
| David / Jorge / Jorge / Jaime / Jarrett / Jennifer / Erica MacNevin, PhD, PE / Barrera / Flores / Kypuros / Kinslow, PE / Roque / LaBerge | MTC17-LGB | Extending the Useful Life of a 15 MGD Rio Grande Ultrafiltration Facility |
| Justin / Elisa / Andy / Dan Sutherland, PhD, PE / Garvey / Salveson / Hugaboom, PE | MTC17-LGB | Evaluating the Impact of Pasteurization Pretreatment on Membrane Performance at the Venturawaterpure DPR Pilot Facility |
| Gregory / Paul / Bruce / Alex E. Wetterau, PE, BCEE / Fu / Chalmers / Wesner, PE | MTC17-LGB | Optimization of WWRO for Alamitos Barrier - Improving Performance Through More Aggressive Operation |
| Sunny / Roshak / Wendy / Marcus Wang / Aflaki / Broley / Maltby | MTC17-LGB | Use of Preformed Chloramines to Minimize NDMA Formation Potential for Potable Reuse APPLICATIONS |
| James E. / Bob / Jarrett K. Christopher, PE, BCEE / Robertson / Kinslow, PE | MTC17-LGB | Treating a Variable Salinity Supply From Concept to Operation |
| Gregg / Katherine / Bob / Evelyn / Gregory Cummings / Dowdell / Gresens / Chang, PE / Wetterau, PE, BCEE | MTC17-LGB | Pass The Salt - The Cambria Sustainable Water Facility Brine Solution |
| Carl / Arseny Spangenberg, PE / Kalinsky, PE | MTC17-LGB | Qualification Membrane Demonstration Study Concentrate Recovery System |
| Jim C. / Michael / Seong Lozier, PE / Hwang / Hoon Yoon | MTC17-LGB | Using On-Line Fluorescence Monitoring To Demonstrate Pathogen Removal Credits For NF And RO In Direct Potable Reuse Schemes |
| Brent Alspach, PE, BCEE | MTC17-LGB | The Importance of NF/RO in Potable Reuse and the Role of Membrane Integrity Testing |
| Val Frenkel, PhD, PE | MTC17-LGB | New Techniques for Real-Time Monitoring of Reverse Osmosis Membrane Integrity for Virus Removal |
| Troy / Nathan / Don Walker / Boyle / Zylstra, PE | MTC17-LGB | Custom Engineered Microfiltration - West Basin's Upgrade at The Carson Regional Water Recycling Facility |
| Dan / Jason / Elisabeth Dye, PhD, PE / Nay / Linton, PE | MTC17-LGB | The Art of Retrofitting UF/MF Systems: A Comparison of Strategies, Costs, and Results |
| Marta / Pedro / Fernando / Beatriz / Juan Antonio Otegui / Otegui / Garcia / Barranca / Santana | MTC17-LGB | New Concept of UF: Integrated-UF (I-UF) |
| Chelsea / Gilbert Francis / Trejo | MTC17-LGB | DPR System Operation: Translating Pilot Experience and Lessons Learned to Full-Scale Design |
| Dian / Hoon / Roy / Arthur / Binga Tanuwidjaja / Hyung / Daly / Nunez / Talabi | MTC17-LGB | City of Scottsdale Water Campus Adopted Nanocomposite RO Membranes for Indirect Potable Reuse |
| Christopher P. / Sage / Amy Morrow, PhD / Hiibel / Childress | MTC17-LGB | Submerged or Sidestream: Best Forward Osmosis Configuration For an Osmotic Membrane Bioreactor |
| Jason T. / Timothy V. / Ashutosh / Meagan S. / Nicholas Arena / Bartholomew / Sharma / Mauter / Siefert | MTC17-LGB | Dewatering of High Salinity Brines by Osmotically Assisted Reverse Osmosis |
| Michael / Jim C. / Charles Hwang / Lozier, PE / McCaughey | MTC17-LGB | The Yuma Desalting Plant - Past, Present and Future |
| Katherine / Evelyn / Bob / Gregg / Gregory Dowdell / Chang, PE / Gresens / Cummings / Wetterau, PE, BCEE | MTC17-LGB | The Cambria Sustainable Water Facility: One Year of Operation |
| Melanie Blake | MTC17-LGB | UF for Water Reuse Reduces Costs and Provides a Reliable Source for the Industry |
| Corin A. / Jeff / Brent / Viking / George Marron / Biggs / Alspach, PE, BCEE / Edeback / Maseeh | MTC17-LGB | Membrane Concentrate Management Alternatives for Inland Potable Reuse |
| Michael Mickley, PhD, PE | MTC17-LGB | Overviewe of Efforts to Reduce High Recovery and Zero Liquid Discharge Costs |
| Sara / Megan / Jared Pietsch / Lee / Furlong | MTC17-LGB | Maximizing Membrane Life: Lessons Learned from a Three Year Study on Performance Recovery |
| Mo Malki | PBI17 | Improved Chemicals for Higher Recovery Rates |
| Jason Bailey | PBI17 | Improved Chemicals for Higher Recovery Rates |
| Chad Dannemann | PBI17 | Concentrate Volume Minimization Utilizing Closed Circuit Reverse Osmosis |
| MaryTheresa M. Pendergast | PBI17 | Forward Osmosis Enabled Solutions for Brine Minimization |
| Sarah C. Clark, PE | BZN17 | Water Quality and Water Treatment Impacts of Watershed Forest Fires |
| Jordan Grasser, PE | BZN17 | Design and Operation Considerations for Cold Water Membrane Treatment Facilities |
| YuJung Chang, PhD, PE | BZN17 | Permeability and Other Membrane Design Considerations |
| Delvin DeBoer, PhD, PE | BZN17 | Pretreatment and Membrane Effects: After the Fire? |
| Dan Hugaboom, PE | BZN17 | How Do I Select the Right Polymeric MF/UF for Your Application? |
| Nathan Kutil, PE | BZN17 | Bozeman Designs for Fire/Landslides |
| Jill Miller | BZN17 | Lessons Learned in Three Years of Membrane Plant Operation |
| Jake Moen | BZN17 | UF/MF Case Study Comparison: The Impact of Feedwater Sources |
| Mo Malki | BZN17 | Understanding the Chemistry Behind Membrane Cleaning |
| Jim Keenan | BZN17 | Butte Water System Background Through Ceramic Membrane Installation |
| Dustin Klempel, PE | BZN17 | Membrane Fouling - a Case Study |
| Michael Bourke | BZN17 | Application of Reverse Osmosis on a Challenging Groundwater Supplyin Central Montana |
| Jan Wellman | BZN17 | Special Filtration Situations |
| Stephan Bradley, PE | BZN17 | Operational Challenges for Membranes Treating Cold Water with High TOC Content |
| Julie Nemeth-Harn, PE | BZN17 | Retrofitting an Aging Membrane Filtration Plant |
| Susan Guibert, PE | BZN17 | Case Study -OMND Plant in North Dakota |
| Pierre / Patricia / Nesar / Nafis Berube, PhD / Oka / Khadem / Jalil | MTC17-LGB | Passive Membrane Filtration For Drinking Water Treatment in Remote and Rural Communities |
| Gil / James A. T. / Subir / Eric / Jinwen / Anna Hurwitz / Temple / Bhattacharjee / Hoek, PhD / Wang / Jawor, PhD | MTC17-LGB | Polycera: A Novel Ultrafiltration Membrane Providing Opex Savings For Reclaimed Wastewater Applications |
| Qigang / Brian Change, PhD, PE / Bergantine | MTC17-LGB | A Quantitative Procedure To Select MF/UF Membrane Design Flux Based Upon Piltoing Performance |
| Brian Bernados | MTC17-LGB | Reverse Osmosis For Direct Potable Reuse In California |
| Christopher / Alan E. / Dexter F. / Tymn / David A. / Phillip A. Boyd, PhD / Davis / May / Combest / Gudal / Lintereur | MTC17-LGB | Biological Nutrient Removal as Membrane Pretreatment In Direct Potable Reuse: Pilot Study Considerations And Results |
| Zakir / Joseph Hirani / Jacangelo, PhD | MTC17-LGB | Can MBR Replace MF/UF In The Full Advanced Treatment Train For Potable Reuse? |
| Srinivas / Jessica / Myriam / Gary / Jay / Jennifer / Lee Veerapaneni, PhD, PE / Arden / Cardenas / Richinick / DeCarolis, PE / Thompson / Portillo, PE | MTC17-LGB | Evaluation Of An RO Based Advanced Water Treatment Train To Augment The City Of Santa Monica's Potable Water Supply |
| Steve/ Steve Myrter/ Tedesco | MTC17-LGB | Using Nanofiltration To Provide A New Source Water For A Small California City |
| Julie / Steve / Andrew Nemeth-Harn, PE / Troyer, PE / Wood | MTC17-LGB | Direct Membrane Treatment Of Anaerobic High Iron And Manganese Groundwaters |
| Mike Snodgrass | ATL17 | Overview of MBR Processes |
| Michael Lynch, PE | ATL17 | How Rapid Growth in Fort Mill Necessitated Evaluation of New Treatment Technologies |
| Carsten / Stephen Owerdieck / Katz, PE | ATL17 | The Case for Removing Post-Disinfection from MBR Treatment |
| Russ Swerdfeger | ATL17 | MBR Processes: Today & Thoughts on What Tomorrow May Bring |
| Taylour Johnson | ATL17 | Innovative Technologies in MBR |
| Brandon / O.P. Ward / Shukla | ATL17 | Johns Creek Environmental Campus - Tour |
| John Marshall | ATL17 | Shakerag WRF a Case Study |
| Greg Wetterau, PE, BCEE | ATL17 | EPA Regulations on Reuse |
| Jaeho Ho, PhD, PE | ATL17 | LENA MBR Demonstration at Ulu Pandan Water Reclamation Plant |
| Lance Littrell, PE | ATL17 | Why Reuse? |
| Stan Lueck | ATL17 | Silicon Carbide (SiC) Ceramic Membranes for MBR |
| Brian Fraser | ATL17 | Case Study - Jurong WRP Ceramic MBR |
| Eva Steinle-Darling, PhD, PE | ATL17 | Case Study: Direct Potable Reuse in Texas |
| Rebecca Wilder, E.I. | ATL17 | Compounds of Emerging Concern |
| Robert Burgin, Jr., PE | ATL17 | Sewer Mining: Tapping Into an Unused Resource |
| Jason Bailey | ATL17 | Membrane Operator Certification (MOC) Training |
| Harold Fravel, Jr., PhD | PBI17 | Reverse Osmosis and Concentrate Generation |
| C. Robert Reiss, PhD, PE | PBI17 | Overview of Concentrate Management |
| John Potts, PE | PBI17 | Regulatory Concerns About Concentrate and Permitting for Concentrate Disposal |
| Colin M. Hobbs, PhD, PE, BCEE | PBI17 | Disposal of Concentrate to Surface Waters - Issues and Concerns |
| Rodney Miller, P.G. | PBI17 | Summary of Class I InjectionWells; Viability for Membrane Byproduct Disposal |
| Karla J. / Dan Kinser, PE / Sampson | PBI17 | What are the options for ZLD? |
| Harold Fravel, Jr., PhD | PBI17 | Spoonbill Marsh Wetland Discussion |
| Amanda / Rebecca Barnes, PE / Wilder, E.I. | PBI17 | Case History - Town of Jupiter Blending NF Concentrate with Reuse Water |
| Robert Takahash | PBI17 | Case History - Town of Jupiter Blending NF Concentrate with Reuse Water |
| Peter Roussell | PBI17 | Zero Liquid Discharge |
| Patrick Girvin | PBI17 | Additional Methods for Concentrate Management |
| Julie Nemeth-Harn, PE | CMH16 | City of Lancaster, Ohio Case Study |
| Michael / Russ Nixon / Swerdfeger | CMH16 | Upper Hocking Water Pollution Control Facility |
| Ben Movahed, PE, BCEE | CMH16 | MF/UF CapabilitiesEPA and State Regulations |
| John / Rebecca Potts, PE / Wilder, E.I. | CMH16 | Proactive Corrosion Control Strategies To Avoid Flint Tragedy |
| Rebecca Wilder, E.I. | CMH16 | Contaminants of Emerging Concern: Occurrence in Shallow Groundwater and Removal by Nanofiltration |
| Richard L. Stover, PhD | CMH16 | Closed Circuit RO -Succeeding Where Traditional RO Fails RO Process Design Innovation is the Future |
| Ken Robinson | CMH16 | Advances In Membrane Fouling Prediction & Autopsies |
| Scott Freeman, PE | CMH16 | Ceramic MF/UF - Technology for the Future? |
| Denis Guibert, PhD, PE | CMH16 | Case Study: Delaware UF & RO Facility |
| Nichole Sajdak, PE | CMH16 | Case Study: NAWA WTP -Tipp City, OH 1-MGD NF Concentrate Management |
| Jill Miller | CMH16 | Personnel Issues Converting to a Membrane Plant |
| Daniel Polo Madero, B.M.E. | MTY16 | Parameters for Reverse Osmosis Design with Treated Waste Water |
| Sid Fly | MTY16 | Advanced Filtration That Will Improve Your Downstream System Efficiency |
| Maria Hamlin | MTY16 | Perspective of MBR Membrane Biological Reactor Systems (Membrane Bioreactors) for Wastewater Treatment |
| Felipe Islas | MTY16 | MBR Wastewater System in the Industry |
| Jorge Valdivia | MTY16 | Case Study: Antifoulant For Sulfates |
| Hector Nava | MTY16 | Capacitive Deionization (CapDI ?) for drinking water and reuse |
| Jose Luna | MTY16 | Perspectives for Indirect Drinking Reuse in Mexico |
| Alain Mokbel | MTY16 | Improving Resistance to Fouling Reverse Osmosis Membranes |
| David Salazar Leal | MTY16 | Case Study: Biobrane Swan Lake First Nation |
| Yolanda Padilla | MTY16 | Congenital water reuse |
| Juan Carlos Pacheco Vera | MTY16 | Factors that Influence the Recovery Percentage of Brackish Water |
| Alejandro Gonzalez Garcia | MTY16 | Desalination Plant of the Paraguana Refining Center, Punto Fijo Venezuela |
| Ruben Sanchez | MTY16 | Financing of water projects |
| Angulo Rodrigo | MTY16 | Study cases: Reverse osmosis of Desalination |
| Francis Vaillancourt | MTY16 | Long-Term Operation of Multibore Ultrafiltation Membranes |
| Harold Fravel, Jr., PhD | MIA16 | Vision on Membrane Technology Applications in North America |
| Harold Fravel, Jr., PhD | BOS16 | AMTA's Vision on Membrane Technology |
| John Potts, PE | MTC16-SAT | Blending Waters From Multiple Membrane Treatment Processes for Drinking Water |
| Dan Dye, PhD, PE | MTC16-SAT | Addressing the Unique Constraints of Small-Scale Ultrafiltration Systems |
| Richard Stratton, PE | MTC16-SAT | Design Challenges of Retrofitting a Conventional WTF to Membranes to Increase Year Round Water Production |
| Robert Shoaf, PE, BCEE | CMH16 | MF, UF, NF, RO -Ohio?s Membrane Water Plants |
| Peter Kube, PE | CMH16 | Advancement of NF Softening in Ohio and Critical Considerations |
| Dan Hugaboom, PE | CMH16 | How Do I Select the Right Polymeric MF/UF for Your Application |
| Russ Swerdfeger | CMH16 | MBR: Present and Future |
| Damone Supica | CMH16 | Increasing Capacity and Performance with Membrane Bio Reactor (MBR) |
| Matthew G. / John "Fred" Erickson / Goetz | MTC16-SAT | An Integrated Membrane Solution for a Most Challenging Surface Water - The New Grand Forks, ND Regional Water Treatment Plant |
| Nathan Kutil, PE | MTC16-SAT | On-Demand, Gravity Powered, Ceramic Filtration Facility: Forget What You Know About How a WTP is Supposed to Operate. |
| John Civardi | MTC16-SAT | Piloting MF into NF for Hardness Removal |
| Robert J. Ferguson | MTC16-SAT | The Evolution and Practical Application of Scale Inhibitor Modelling and Dosage Optimization in Industrial Water Treatment |
| Paul Mueller, PE | MTC16-SAT | Using Coagulant-Aided Tertiary Membrane Filtration to Achieve Ultra-Low Phosphorus Limit for City of Spokane |
| Rick Chamness | MTC16-SAT | City of Boca Raton?s NF Plant: A Plant History |
| Michael S. / Pierre / Casey Zeltner / Kwan, PE / Fisher | MTC16-SAT | Starting up a Tertiary Wastewater Membrane System for Enhanced Nutrient Removal |
| Lucio Boveri | MTC16-SAT | Advanced Technologies and Innovative Solutions in Full-Scale MBR Installations: Rimini WWTP |
| Mike / Christopher B. Snodgrass / Lewis | MTC16-SAT | It Costs How Much? How MBR Economics are Changing the Game |
| Kwang-Ho Choo | MTC16-SAT | Quorum Quenching Membrane Bioreactor for Efficient Biofouling Control |
| Shannon R. Grant | MTC16-SAT | Anaerobic Membrane Bioreactor (Anmbr) Successfully Treating High-Strength Food Processing Wastewater for Seven Years |
| Siamak Modarresi | MTC16-SAT | Combining PAC, Haops and Microgranular Adsorptive Filtration to Enhance Membrane Performance |
| Malynda Cappelle | MTC16-SAT | High Recovery Desalination in Developing Countries |
| Ali Sharbat, PhD | MTC16-SAT | Development of a Zero-Carbon Footprint Brackish Water Desalination System |
| Yasuhiro / Yasuhiro / Takashi / Edward F. Matsui / Kato / Yonetani / Askew | MTC16-SAT | Evaluation on Water Quality for MF/UF Filtration in Pretreatment of RO Membrane for Direct Potable Reuse and Groundwater Recharge |
| Jesus / Jeffery Garcia-Aleman, PhD, PE / Beaty, PE | MTC16-SAT | Tripling the Capacity of the Lakeshore WTP by Retrofitting an Interchangeable Membrane System |
| Lisa Leckie | MTC16-SAT | Expanding Submerged Plant Operating Window Through Double-Ended Filtration |
| Mark White, PE | MTC16-SAT | Making the Most of Limited Space: Repurposing Existing Structures to Maximize Capacity, Reduce Costs and Improve Facility Layout |
| Jennifer Roque, PE | MTC16-SAT | Groundwater Replenishment Performance and Operations: Lessons Learned During Clearwater's One-Year Pilot |
| James Liu | MTC16-SAT | Moving Fouling Away From Membrane: Microgranular Adsorptive Filtration and Fouling Isolation |
| Marjolein Vanoppen | MTC16-SAT | Properties Governing the Transport of Organic Pollutants Through Ion-Exchange Membranes in ED Desalination of Complex Waste Streams |
| Nathan Boyle | MTC16-SAT | When is a Breach a Breach? - Testing MF and RO Barriers |
| Justin Sutherland, PhD, PE | MTC16-SAT | Evaluating a Direct Integrity Monitor for RO Membranes in a Potable Reuse Application |
| Jill Miller | MTC16-SAT | Not Your Father's Water Treatment Plant |
| David MacNevin, PhD, PE | MTC16-SAT | Post Treatment Optimization for Desalination and Groundwater Recharge |
| Terry M. Gellner, PE | MTC16-SAT | North American's Largest MBR WWTP...Breaking it Down to Make it Cost Effective and Small Plant Mentality |
| Kevin D. / Joseph Torrens, BCEEM / Wong, PE, BCEE | MTC16-SAT | Membrane Bioreactors (MBR) and Reverse Osmosis (RO) for Leachate Treatment |
| Frans Knops | MTC16-SAT | Pilot Testing with Hollow Fiber Nanofiltration Membranes for Removal of NOM from Surface Water |
| James C. (Jim) / Jason / Jake / Jan Vickers, PE / Gillespie / Krumnow / Cornelius, PE | MTC16-SAT | Evaluation of Scinor Membrane for Retrofit and Future Expansion at the SPMWD |
| R. Todd Townsend, PE | MTC16-SAT | Verdigris River WTP - Lessons Learned in First Year of Operation |
| Evan C. Ged | MTC16-SAT | The Sherman Water Treatment Plant MF/UF and RO Pilot Study: Piloting During the 100 Year Flood |
| Dave Holland | MTC16-SAT | Water Treatment Plant Solves Membrane Integrity Problems and Satisfies New State Requirements |
| Steve / John Koho / Koch, PE, BCEE | MTC16-SAT | Failure Testing as a Startup Tool for Membrane Filtration Plants |
| Susan L. Crawford, PE, BCEE | MTC16-SAT | Incorporating Membranes into Your Treatment Process: Startup and Lessons Learned |
| Steve / Dave Morrison / Hudson | MTC16-SAT | Accommodating Offsets in the RO Plant |
| Russ Swerdfeger | MTC16-SAT | Pilot to Full Scale Comparison of Wheeling, WV WTP |
| Stephen Katz, PE | MTC16-SAT | MBR?S Role in Water Reuse |
| Dao / Ji / Guanghao Guan / Dai / Chen | MTC16-SAT | Operation Strategies And Mechanism For Shortening The Start-Up Period Of Self-Forming Dynamic Membrane Bioreactors (Sfdmbrs) |
| Gerin / Amos / Trang / Troung / Greg / Pierre James / Branch / Trinh / Minh Ta / Leslie / Le-Clech | MTC16-SAT | Membrane Ageing and Replacement - Impact on Pathogen Removal in Full-Scale MBR |
| Chang E. / Kelsey B. / Mohamed / Zheng / Khaled / Yury Ren / Hatzell / Alhabeb / Ling / Mahmoud / Gogotsi | MTC16-SAT | Mxene-Based Membranes as Novel Materials for Ion Separation |
| David M. Warsinger, PhD | MTC16-SAT | A Novel Air Backwashing Method for Reversing Wetting in Membrane Distillation |
| Jeonghwan (Jon) Kim | MTC16-SAT | Membrane Fouling and Energy Consumptions in Anaerobic Fluidized Bed Membrane Bioreactor |
| Dan Hugaboom, PE | MTC16-SAT | Phasing and Pretreatment Considerations for Clifton Water District's Media Filter to Membrane Filter Conversion |
| Michael Hwang | MTC16-SAT | Benefits of Soil Aquifer Treatment and Nanofiltration for Potable Reuse in Tucson, AZ |
| J. Nicole Conner, PE | MTC16-SAT | Water Reuse in Theory and Practice - The Need for Predictive Analytics |
| Korkud / Jeffrey Egrican, PE / Boss | MTC16-SAT | Enhanced Membrane Cleaning with Reducing Agents to Remove Iron Fouling |
| Chaipon Juntawang | MTC16-SAT | Roles of Gel Entrapment on Membrane Fouling in Entrapped Cells- Based Membrane Bioreactor |
| Peng / Lawrence C. / David A. Xie / Murdoch / Ladner, PhD, PE | MTC16-SAT | Comparison of Computational Fluid Dynamics (CFD) and Experimental Data for Fouling Mitigation with Sinusoidal Reverse Osmosis Spacer |
| Brian / Stanton Wise / Smith, PhD | MTC16-SAT | Novel Segmented Ceramic Monolith Ultrafiltration Membrane Provides Improved Pre-Treatment For Power Plant Cooling Tower Blowdown ZLD System |
| Holly / Rob / Paul / Gilbert / Jumeng Shorney-Darby, PhD, PE / Michaelson / Aumann / Galjaard / Zheng, PhD | MTC16-SAT | Ceramic Membrane Pilot Testing on Lake Michigan |
| Jumeng / Gilbert / Holly / David / Chris Zheng, PhD / Galjaard / Shorney-Darby, PhD, PE / Metcalfe / Rockey | MTC16-SAT | Pilot Evaluation of Ion Exchange, Coagulation and Ceramic MF for Treating Surface Water at South West Water, UK |
| Ariel J. / Jingbo / Zhenfa / Angela / David / Avram / Orlando Atkinson / Wang / Zhang / Pollard / Jung / Gold / Coronell | MTC16-SAT | Incorporation of Novel Anti-Biofilm Molecules into NF/RO Membranes for Biofouling Control |
| Steven Duranceau, PhD, PE | MTC16-SAT | Effect of Nanoparticles on Thin-Film Composite Membrane Surface Morphology and Productivity |
| Erin T. / Pauline / Mengfei / Patrick / David A. Partlan / Amaral / Li / Ayerle / Ladner, PhD, PE | MTC16-SAT | Membrane Filtration of Colloidal Activated Carbon: Considerations for Optimization of Head Loss Reduction and Small Molecule |
| Mickal Witwer, PE | MTC16-SAT | Membrane Treatment of Brackish Water With High Iron Concentration |
| Sunny / Myriam Wang / Cardenas | MTC16-SAT | Optimizing RO Systems to Restore Brackish Groundwater Supplies |
| David / Esther / Richard Timmermann, PE / Harrah, PE / Donat | MTC16-SAT | Capital Cost for Phased Expansions for Brackish Groundwater Desalination in Texas |
| Sebastiaan Derese | MTC16-SAT | Full Nitrogen Recovery And Potable Water Production From Human Urine By Membrane Distillation |
| Tzahi Y. / Ryan / Leslie / Mehul / Jennifer R. Cath, PhD / Holloway / Miller-Robbie / Patel, PE / Stokes | MTC16-SAT | Three Years Piloting of Osmotic MBR for Potable Reuse: Performance and Life-Cycle Assessment |
| Kyungju / Naoki / Edward F. / Yasuhiro / Dabide Kim / Kanekawa / Askew / Matsui / Yamaguchi | MTC16-SAT | Application of Cryptosporidium Sensor and Bromate Ion Sensor to Optimization of Produced Wastewater Reuse As Drinking Water Source |
| Gabriela Handley | MTC16-SAT | Time to Clean Again? Changes in Cleaning Frequency and Effectiveness at the Richard A. Reynolds Groundwater Desalination Facility |
| Edwin A. (Ed) Roehl Jr. | MTC16-SAT | Using Neural Networks to Process a Large Database to Quantify Causes of Reverse Osmosis Fouling |
| Mo Malki | MTC16-SAT | Predicting Antiscalant Dosages in RO/NF Feedwater With High Ferric Iron Concentrations |
| Dustin Whynman, PE | MTC16-SAT | The Development and Use of a Cost Estimating Tool to Compare Submerged and Pressurized Low Pressure Membrane Filtration to Granular Media Filtration |
| Mike / Dave / Stephan Blumenstein / Purkiss / Buck | MTC16-SAT | NSF/ANSI 419: A New National Standard for Membrane Filtration |
| Pierre Kwan, PE | MTC16-SAT | Pilot Testing for a New Membrane WTP With no Feed, Filtrate, or Backwash Pumps |
| Joseph Elarde, PE | MTC16-SAT | Making the Switch from Lime to Membrane Softening: When is it the Right Time? |
| Mark / R. Todd Graves, PE / Townsend, PE | MTC16-SAT | Emergency Raw Water Desalination for Texas Drought Response |
| Douglas Brown, PE, BCEE | MTC16-SAT | Coping With Increasing Groundwater TDS at the Largest Inland RO Treatment Plant |
| Lloyd E. Voges | MTC16-SAT | Quincy Water Reuse Utility TDS Control |
| Alex E. Wesner, PE | MTC16-SAT | First Year Performance at the LVL WTF |
| Ufuk / Zeynep Erdal, PhD, PE / Erdal, PhD, PE | MTC16-SAT | Is Ozone Pretreatment Best Approach for Improving MF/UF Productivity? |
| Brian Wise | MTC16-SAT | Hydraulic Cleaning Methods for Ceramic Membranes - A More Conventional Approach to Facilitate Retrofits |
| Tom Pankratz | MTC16-SAT | The Evolution of the Membrane Business in Water and Wastewater Treatment |
| Graeme Pearce, PhD | MTC16-SAT | A Comprehensive Reference List Analysis of 30 Years of the Membrane Filtration Market in Water and Wastewater Applications |
| Gary L. / Noreddine / Zhen-Yu / Lijo / Neal Amy / Ghaffour, PhD / Li / Francis, PhD / Chung | MTC16-SAT | Role of Membrane Technology in Seawater Desalination: Past, Present, and Future |
| Neil / Neena / Jon / Mark / James Callahan / Kuzmich / Loveland / Lambert / Makarevich | MTC16-SAT | Carlsbad Seawater Desalination Project - Road to Operation |
| Fernando Del Vigo Pisano | MTC16-SAT | What?s New in RO Membrane Cleaning? Micro-Bubbles And High Ionic Strength Effervescent Cleaners Enhance RO Membrane Foulant |
| Juan P. Camezzana | MTC16-SAT | Case Study: Results of Ultrafiltration Compared to Conventional Pre-Treatment |
| Juan M. Pinto | MTC16-SAT | Feasibility analysis of energy recovery devices (ERD) for low TDS membrane applications |
| Juan Nicolas Pineros | MTC16-SAT | Technologies for Wastewater Treatment |
| Volodymyr V. / Bin / Brian J. Tarabara / Guo / Starr | MTC16-SAT | Hybrid Membrane Filtration-UV Disinfection Process with Photocatalytic Membranes |
| Galen / Lori / Andrea O'Toole / Jones / Achilli, PhD | MTC16-SAT | Pressure Retarded Osmosis as Energy Recovery for Reverse Osmosis Desalination: Module-Scale Modeling & Specific Energy |
| Marjolein Vanoppen | MTC16-SAT | Assisted Reverse Electrodialysis: A Novel Technique To Decrease Reverse Osmosis Energy Demand |
| Jason Yoshimura, PE, BCEE | MTC16-SAT | Electrodialysis Reversal (EDR) Treatment at Fort Irwin |
| Colin M. Hobbs, PhD, PE, BCEE | MTC16-SAT | 1 + 1 = 3: How to Squeeze the Most out of Your Membrane System |
| Scott Reinert, PE, P.G | MTC16-SAT | Expansion of the Kay Bailey Hutchison Desalination Plant |
| Jennifer Roque, PE | MTC16-SAT | Groundwater Replenishment Project: Clearwater's Preliminary Design of the First Full Advanced Treatment IPR in Florida |
| James DeCarolis, Jr., PE | MTC16-SAT | Evaluation of Ceramic MBR Technology for Water Reuse |
| Jim C. Lozier, PE | MTC16-SAT | Beenyup Advanced Water Recycling Plant: The Perth, Australia Groundwater Replenishment Scheme |
| Charles Liu, PhD, PE, BCEE | MTC16-SAT | Membrane Cleaning : From Theory to Practice |
| Chelsea Francis | MTC16-SAT | Evaluation of MF/UF Chemical Cleaning Strategies in Direct Potable Reuse Applications |
| Christian / Peter Staaks / Berg | MTC16-SAT | Novel Backwash Procedure of Multibore? Membranes Using Backshock |
| Denis Guibert, PhD, PE | MTC16-SAT | Interchangeable MF/UF: Lessons from the Most Recent North American Projects in Operation and in Design |
| James C. (Jim) / Don W. Vickers, PE / Zylstra, PE | MTC16-SAT | West Basin?s Universal Membrane System - Pressurized PVDF Performance Pilot Program Particulars |
| Greg Wetterau, PE, BCEE | MTC16-SAT | Implementing Universal UF Systems - Separating Truth From Fiction |
| Ming / Jonathan Li / Brant, PhD, PE | MTC16-SAT | Water Flux and Ion Rejection by Imogolite Nanotubes Incorporated Polymeric Membranes Operated in Thermally Driven Desalination |
| Jason T. / Malgorzata / Jeffrey R. Arena / Chwatko / McCutcheon | MTC16-SAT | Cation Exchange in Forward Osmosis: Study of pH Effects and Alternative Selective Layers to Mitigate it |
| Torleiv Bilstad | MTC16-SAT | Evaluation of NF Membrane Characteristics for Production of Designer Water from Seawater |
| Jonathan Bundy, PE | MTC16-SAT | Supplementing High TDS Surface Water with Brackish Groundwater RO Treatment |
| Jarrett Kinslow, PE | MTC16-SAT | Process Control Strategies for the SAWS Brackish Groundwater Desalination Project's Enhanced Recovery RO Treatment Process |
| Ian / Beata Moran / Gorczyca | MTC16-SAT | Comarison of Fouling Mechanisms of Four Nanofiltration Membranes: Optimal Membrane Selection for Stephenfield Regional WTP, MB, Canada |
| Qigang / Jordan / Jeff Chang, PhD, PE / Grasser, PE / Hoff | MTC16-SAT | Lessons Learned from Two Membrane Applications on Wastewater Reuse |
| Samantha / Steven Jeffery, E.I. / Duranceau, PhD, PE | MTC16-SAT | Investigating Nanofiltration Membrane Processes for Removing Trace Chemicals of Emerging Concern |
| Ronald M. Cass, PE, PMP | MTC16-SAT | Produced Water Treatment in Queensland, Australia |
| Arian Edalat, PhD | MTC16-SAT | Field Pilot Testing of a New Integrated Membrane System for EOR and Hydraulic Fracturing Produced Water Treatment |
| John A. Marler, PE | MTC16-SAT | MBR Evaluation for Texas Oil Refinery Wastewater Provides Promising Results |
| Thomas Missimer, PhD, P.G. | MTC16-SAT | The California Ocean Plan: Does it Eliminate the Development of Large-Capacity SWRO Plants in California |
| Douglas / Kurt Brown, PE, BCEE / Kiefer, PE, BCEE | MTC16-SAT | Using Seawater Desalination to Diversify California Water Supply |
| Michael / Nikolay Mickley, PhD, PE / Voutchkov, PE, D.E.E. | MTC16-SAT | Database of Permitting Practices for Seawater Concentrate Disposal |
| C. Bruce Bartley | MTC16-SAT | Alternative Determination of the QCRV from Challenge Test Results |
| Ufuk / Larry Erdal, PhD, PE / Schimmoller, PE | MTC16-SAT | Status of Potable Reuse in California: History, Regulations and Projects |
| Eric / Shivaji / Christiana Owens, PE / Deshmukh / Daisy | MTC16-SAT | Dealing with the Past, Managing the Present, and Planning for the Future |
| Kurt Kiefer, PE, BCEE | MTC16-SAT | Optimizing Membrane Versus Thermal Processes for Brine Minimization |
| Robert G. Maliva, PhD, P.G. | MTC16-SAT | Desalination Concentrate Disposal Injection Well Experiences in the USA and Caribbean |
| Brent Alspach, PE, BCEE | MTC16-SAT | Broad Application of Cost-Effective ZLD Technology for Desalination Concentrate Management |
| Rebecca Wilder, E.I. | MTC16-SAT | Contaminants of Emerging Concern: Occurrence in Shallow Groundwater and Removal by Nanofiltration |
| Robert McCandless, PE | MTC16-SAT | Predicting of Trace Organics Removal by NF and RO Membranes in Reuse Applications |
| Adrien Vincent | MTC16-SAT | Arsenic Removal Process for Drinking Water Production: Benefits of R-Sic Microfiltration Membranes |
| Tzahi Y. / Stephanie M. Cath, PhD / Riley | MTC16-SAT | Hybrid Biofiltration and Integrated Membrane Systems for Treatment of Produced Water and Frac Flowback Wastewater |
| Anna Jawor, PhD | MTC16-SAT | Ceramic Membrane for Produced Water Treatment: Membrane Selection, Operational Performance Comparison and Cleaning Approaches |
| Torleiv Bilstad | MTC16-SAT | Evaluation of NF Membrane Characteristics and Ionic Selection from Produced Water for IOR |
| Troy Walker | MTC16-SAT | Direct Potable Reuse - Getting Operations Ready for the Next Bold Leap |
| Jorge Arroyo, PE | MTC16-SAT | The Fate of Desalination in Regional Water Planning in Texas |
| Esther Harrah, PE | MTC16-SAT | San Antonio Desal Moving Full Speed Ahead: Construction of the Saws Brackish Groundwater Desalination Facility |
| Richard / Julie / Matthew / Chad / Miguel Huggins / Korak / Hirschbeck / Seidel / Arias | MTC16-SAT | Beneficial Reuse and Waste Minimization of Hexavalent Chrome Ion Exchange Brine |
| Charlie / Pei He, PE, LEED AP / Xu | MTC16-SAT | Selective Removal of Sodium And Chloride? Mono-Valent Selective Ion Exchange Membrane for Desalination and Reuse Enhancement |
| Brian Cossman, PE, LEED AP, PMP | MTC16-SAT | Small System Challenges in Removing DBP Precursors |
| Jaeho Ho, PhD, PE | MTC16-SAT | Case Studies of Reciprocating Submerged UF for Selenium Removal |
| Mo Malki | MTC16-SAT | Validation of an Arsenic Rejection Model for RO/NF Membranes |
| Bryan D. / Tzahi Y. Coday / Cath, PhD | MTC16-SAT | Forward Osmosis for Treatment of O&G Exploration Wastewaters: Assessment of Membrane Performance and Process Sustainability |
| Joshua De La Cruz | MTC16-SAT | Mine Wastewater Reclamation at Elevated Temperature |
| Elisabeth Linton, PE | MTC16-SAT | Membrane Filtration for Targeted Contaminant Removal in Industrial Mining Applications |
| John Tracy | IAH16 | Applying a Forward Osmosis (FO) Based Membrane Brine Concentrator to Oilfield Applications |
| Harold Fravel, Jr., PhD | PDX16 | Membrane Basics |
| Mehul Patel, PE | PDX16 | GWRS - The World's Largest Indirect Potable Reuse Facility |
| Eric Owens, PE | PDX16 | Dealing with the Past, Managing the Present and Planning for the Future |
| Eric Cherasia, PE | PDX16 | Checking In on the Chino Concentrate Reduction Facility |
| Hiro Kuge | PDX16 | Tractor Paint Factory Wastewater Recycle Stream with Kubota MBR |
| Alan Schacht | PDX16 | Integrating Membrane Filtration with Existing Slow Sand Filters |
| Sue Lawrence | PDX16 | La Center Wastewater Plant Overview |
| Blake Raines | PDX16 | Challenges and Benefits of Conventional Activated Sludge/MBR Parallel Operation |
| Anthony Zamarro | PDX16 | A Year in the Life of an MBR Plant |
| Judy Nishimoto, PE | PDX16 | Startup/Testing and Operational Challenges of JBLM?s Low Pressure Membrane System |
| Dennis Livingston, PE | PDX16 | MBR and the 3 Rs |
| Michael / Sean Stefanic / Carter, PE | PDX16 | The Use of Flat Plate PVDF MBR Modules for Sludge Thickening |
| Dave Holland | PDX16 | Improving Organic Reduction and Overcoming Challenges at an MBR Plant Treating Wastewater from a Polyester Production Process |
| John Koch, PE, BCEE | PDX16 | Failure Testing As A Startup Tool For Membrane Filtration Plants |
| Evan Hofeld | PDX16 | Membrane Operations Monitoring with a Universal HMI |
| Nathan Kutil, PE | PDX16 | On-Demand Gravity Powered Ceramic Filtration Facility: A New Philosophy in Montana |
| Dan Hugaboom, PE | PDX16 | Phasing and Pretreatment Considerations for Clifton Water District?s Media Filter to Membrane Filter Conversion |
| Benoit Barbeau | PDX16 | Hybrid Membrane Processes: Shaping the Future of Drinking Water Treatment |
| YuJung Chang, PhD, PE | PDX16 | Keeping Membrane at It's Optimum Operating Conditions |
| Dan Kelly | PDX16 | InSight Proactive Monitoring |
| Peter O'Connell | PDX16 | UF/MF Technologies and Trends |
| Joe Tardio | PDX16 | New and Upcoming Trends in the MF/UF Industry |
| | PDX16 | Membrane Operations-Operator Roundtable Discussion |
| Colin M. Hobbs, PhD, PE, BCEE | MTC16-SAT | Concentrate Management: Case Studies in Best Practices |
| Robert Shoaf, PE, BCEE | MTC16-SAT | Considering the World's First ASR for RO Concentrate Management |
| Carolina Aristizabal-Ciro | MTC16-SAT | Removal of Pharmaceutical Active Compounds from Drinking Water Using Nanofiltration Technology: Comparative Study of different membranes |
| Daniel / Brent / James / John Olson / Alspach, PE, BCEE / Collins / Balliew, PE | MTC16-SAT | Comparison of NF/RO Permeate Quality on UV-AOP Performance in a Direct Potable Reuse Application |
| Tom Knoell | MTC15-MCO | Optimizing Reverse Osmosis Pretreatment Chemicals in Orange County?s Groundwater Replenishment System |
| Greg Wetterau, PE, BCEE | MTC15-MCO | Overcoming Obstacles to Create an Emergency Water Supply in California?s Water Crisis |
| James / Michael / Sanjay / Erick / Sunny / Sam / Ashktorab DeCarolis, Jr., PE / Heaton / Reddy / Bevington / Wang / Bogale / Hossein | MTC15-MCO | Performance Testing of the Silicon Valley Advanced Water Purification Center?s 8 MGD Integrated Membrane System to Expand Reuse and Reliability |
| Vincent Roquebert | MTC15-MCO | Cost-Effective Operations: The Tale of The City of Lodi |
| Andrea Lima | MTC15-MCO | Direct Ultrafiltration as a feasible technology for drinking water production: Three Case Studies in Brazil |
| Robert McCandless, PE | MTC15-MCO | Operation Case Study of Tropical Island Ultrafiltration Plant |
| Christopher Boyd, PhD | MTC15-MCO | Multi-City Collaborative Membrane Filtration Pilot Study: Past Outcomes and Present Benefits |
| Mark / Jason / Nick Miller, PE / Lee, PE / Black, E.I. | MTC15-MCO | Energy Recovery Case Studies For Brackish Water Membrane Treatment Systems |
| Terry M. Gellner, PE | MTC15-MCO | Feasible and Cost Effective MBR Applications - An Engineers Experience |
| Jeff Hennings, P.Eng. | MTC15-MCO | Fighting permeability loss with a revised recovery cleaning schedule |
| Jesus Garcia-Aleman, PhD, PE | MTC15-MCO | 10 Years of Lessons Learned at the Lakeview WTP |
| Esther Harrah, PE | MTC15-MCO | Everything is Bigger in Texas: Implementation of the Country?s Largest High Recovery Inland Brackish Groundwater Desalination Facility |
| Paul Findley, PE | MTC15-MCO | Update on the Monterey Peninsula Water Supply Project |
| Jeff Peeters, PE | MTC15-MCO | A new membrane aerated biofilm reactor (MABR) for wastewater treatment |
| Hoon Hyung, PhD, PE | MTC15-MCO | Universal MF/UF System Design Implemented in A Full Scale Wastewater Reuse Plant |
| Sharon / W. / K. / A. Zelmanowitz, PhD, PE / Clarkson / Schumacher / Monteforte | MTC15-MCO | Results of Two Bench-Scale Membrane Bioreactor Experiments Used to Treat Shipboard Gray Water |
| Dave Holland | MTC15-MCO | Obtaining Very Low Nutrient Levels Using a Batch MBR With Minimal Chemical Addition |
| Harold Fravel, Jr., PhD | IAH16 | Introduction to Membrane Technology |
| Tom Pankratz | IAH16 | Water Treatment Needs in Oil & Gas |
| Yuliana Porras-Mendoza | IAH16 | Bureau of Reclamation Research on Produced Water |
| Jorge Aguinaldo, BCEEM | IAH16 | Oilfield Produced Water Desalination Using Innovative Process: from Pilot to Full-Scale Project in Colombia |
| Steve Chesters | IAH16 | Practical examples of new ways to clean oil fouled membranes |
| Jordan Hibbs, PE | IAH16 | City of Missouri City -Regional Surface Water Treatment Plant |
| Bruce Bishop | IAH16 | Ceramic Membrane Use in Oil and Gas |
| Alan Daza | IAH16 | Recycling and Reuse of Produced Water in Steam Assisted Enhanced Oil Recovery Systems |
| Alex Wang, PhD | IAH16 | Case Studies of Treating Produced Water for Enhanced Oil Recovery (EOR) Using Polymeric Tubular UF Membrane |
| Paul Choules | IAH16 | Membrane Applications Offshore |
| Thomas Poschmann | IAH16 | MF/UF Direct Retrofit Solutions with High Performance TIPS Hollow-Fiber Membranes |
| Joseph Wong, PE, BCEE | IAH16 | Membranes in Water Reuse in Petrochemical and Refining Facilities |
| Eric Owens, PE | IAH16 | Fit for Purpose: Designer Recycled Water for IPR, Irrigation, and Refinery Applications |
| Jonghwa Lee | MTC15-MCO | Development of High Performance Pressure Retarded Osmosis Membrane and Spiral Wound PRO Module |
| Shiao-Shing Chen | MTC15-MCO | A Surfactant-Based Novel Draw Solution for Forward Osmosis Process |
| Yan / Laleh / Michael J. / Dongxia / Baoxia Kang / Emdadi / Lee / Liu / Mi | MTC15-MCO | Zeolite-embedded Polyelectrolyte Composite Membrane with Enhanced Performance for Forward Osmosis |
| Eric Ownes | MTC15-MCO | Treatment Trifecta: West Basin Wins Big with Ozone, Coagulation, & PVDF Membranes |
| Heather / Robert C. / Pierre Wray / Andrews / Berube, PhD | MTC15-MCO | Coagulation Optimization: Pilot-Scale Analysis of UF Fouling and DBP Formation |
| Andrea Cumming, E.I. | MTC15-MCO | Pilot-Scale Assessment of Pretreatment Alternatives for Enhancing a Conventional-Ultrafiltration Surface Water Plant |
| John MacHarg | MTC15-MCO | Modular Axial Piston Pumps Bring Efficiencies |
| Leili Abkar | MTC15-MCO | Energy Consumption Optimization of a Small Scale PV-RO for Remote Rural Areas |
| Lance Littrell, PE | MTC15-MCO | Energy Recovery in Desalination |
| Brian Wise | MTC15-MCO | Comparative Capiltal Costs for Ceramic and Polymeric Membranes |
| Anne Brehant | MTC15-MCO | What is the Real Total Cost of Ownership of a Low-Pressure Membrane Plant for Drinking Water Production? Comparing 3 Materials: PVDF, PES and CTA |
| Troy Walker | MTC15-MCO | Debugging the Plant - Managing Reverse Osmosis Biofouling at a Groundwater Treatment Plant |
| Abdullah Hamoud / Thomas Dehwah / Missimer, PhD, P.G. | MTC15-MCO | Evaluation of cartridge filter performance: Are cartridge filters effective for SWRO desalination plants |
| Zubair / Saleh Ahmed / Magram | MTC15-MCO | Biodegredation of Selected Emerging Organic Micro-pollutants in a Pre-anoxic Membrane Bioreactor |
| Travis Romeyn | MTC15-MCO | Contaminants of Emerging Concern in RO Brine Concentrate from Indirect/Direct Reuse Applications |
| David Younge, E.I. | MTC15-MCO | Evaluation of Hollow-fiber and Spiral-wound Membranes for Sulfate and TOC Control for an Aerated Groundwater |
| Rich Franks, PE | MTC15-MCO | A Nanofiltration of Membrane for the Removal of Color and Disinfection byproducts |
| Beata Malczewska, PhD | MTC15-MCO | HAOPs Pretreatment to (Nearly) Eliminate UF Fouling by NOM |
| James Liu | MTC15-MCO | Moving Fouling Away from Membrane: Microgranular Adsorptive Filtration and Fouling Isolation |
| Chad Bartruff, PE | MTC15-MCO | Membrane Facility Operations and Expansion - Transitions to Accommodate a Utility?s Needs |
| Jason Nay | MTC15-MCO | Side-By-Side UF Membrane Comparison and Retrofit of a 3 MGD System |
| Richard Stratton, PE | MTC15-MCO | Submerged Membrane to Replace Media Filters to Increase Capacity 4X for a Small Community |
| Megan Su Lee | MTC15-MCO | Reducing The Operating Costs of Brackish Water Systems Through Seasonal Optimization |
| Brennen Graff | MTC15-MCO | Steep Learning Curve Balls: Operating a Two Decade Old Nanofiltration Plant Using a New and Open Minded Approach |
| Jumeng / Gilbert / Holly Zheng, PhD / Galjaard / Shorney-Darby, PhD, PE | MTC15-MCO | Ceramic microfiltration for treating secondary wastewater effluent: influence of pre-treatment on the operational performance |
| Eva Steinle-Darling, PhD, PE | MTC15-MCO | Water Quality Evaluation at Big Spring, Texas |
| Stephen Katz, PE | MTC15-MCO | The Case for Removing Post-Disinfection from MBR Treatment |
| Sunny / Mehul / Bill / Srinivas / James Wang / Patel, PE / Dunivin /Veerapaneni, PhD, PE / DeCarolis, Jr., PE | MTC15-MCO | Source Water Control Strategies to Ensure Treatment Reliability at Orange County Water District's Groundwater Replenishment System |
| Sunitha / Peyman / Cyndee / Isabel C. Asapu / Majidi / Gruden / Escobar, PhD | MTC15-MCO | An Investigation of Low Biofouling Copper-charged Membranes for Microbial and Algal Control |
| John Jansen | MTC15-MCO | Selecting Optimal Well Designs for Membrane Systems |
| Tom McWhorter | MTC15-MCO | Chlorine Dioxide Solution Eliminates Biofouling without Damage to Membranes |
| Mark / Korkud / Matt Notheis / Egrican, PE / Sauter | MTC15-MCO | The Commissioning of a 10 MGD Membrane Filtration Plant - Key Aspects of Functional and Performance Testing |
| Michael Mickley, PhD, PE | MTC15-MCO | Regulation of Municipal Concentrate Management Alternatives |
| Mark / Qigang Peterson / Chang, PhD, PE | MTC15-MCO | Concentrate Management and NDPDES Permitting For Inland Brackish Water Desalination Utilizing A River Shared By Multiple States |
| Mo Malki | MTC15-MCO | Development and Application of a Highly Reliable Silica Scaling Prediction Model for Use in Industrial Reuse RO/NF Applications with Complex Feed Waters |
| Chun-Hai / Nan / Christiane / Gary L. / TorOve Wei / Wang / HoppeJones / Amy / Leiknes | MTC15-MCO | Organic Micro-pollutants Removal in Nanofiltration Membrane Bioreactor |
| Erica Robles | MTC15-MCO | Sustainability through Membrane System Optimization in a Beverage Facility |
| Adam / Richard G. / Sheng Moore / Zytner / Chang | MTC15-MCO | Reduction of high BOD and nutrient loading from fruit and vegetable wastewater with membrane bioreactor (MBR) |
| Wenzheng / Nigel Yu / Graham | MTC15-MCO | Performance of an integrated granular media - ultrafiltration membrane process for drinking water treatment |
| Paul / Steven Biscardi, E.I. / Duranceau, PhD, PE | MTC15-MCO | Optimization of Conventional Surface Water Treatment for Hollow-Fiber Ultrafiltration |
| Guillaume Darracq, PhD | MTC15-MCO | Impact of Clarification Step On Ultrafiltration Fouling in Drinking Water Treatment Plant |
| Marianne Lund, P.Eng. | MTC15-MCO | Membrane Upgrades to Address Aging Water Treatment Infrastructure Challenges in a Small System |
| Ken Robinson | MTC15-MCO | The RO Retrofit: Making Things Right |
| C. Robert Reiss, PhD, PE | MTC15-MCO | Replacing 8.5-inch Diameter Membranes to Save Energy - The City of Vero Beach RO WTF |
| Olav Natvik, M.Eng, P.Eng. | MTC15-MCO | Oxford MBR Membrane Longevity: How Many More Years? |
| William Meinert | MTC15-MCO | Fast Forward to Compliance: Multipurpose Membranes |
| James Impero | MTC15-MCO | Membrane Protection: Grinders, to Coarse, Fine, & Ultra Fine Screens Why? How Fine is Fine Enough? The Do's & Don?ts |
| Robert J. Ferguson | MTC15-MCO | The Impact of pH on Inhibitor Form and Performance in Laboratory Evaluations and Field Applications |
| Nicholas Nelson | MTC15-MCO | Remineralization: A Review of Current Technologies with an Outlook for the Future |
| Karima / Cedric / Anne Cecili / Feliers / Lang | MTC15-MCO | Surface water nanofiltration: comparison of the performances of two nanofiltration membranes with two antiscalants |
| Soubhagya Kumar / Andreas Pattanayak, PhD / Hauser, PhD | MTC15-MCO | Performance Qualification of MF/UF Membranes by Adopting Standardized Systems and Operating Procedures |
| Korkud Egrican, PE | MTC15-MCO | Is it Too Good to be True? How about the Risk, The Experience and the Cost?: A Review of New Developments in the Low- Pressure Membrane Industry |
| Saibal Basu, PhD, P.Eng. | MTC15-MCO | Implementing an Integrated Membrane System For CRWC - Headingley WTP |
| Mike Dixon, PhD | MTC15-MCO | Using Thin Film Nanocomposite (TFN) Brackish Water Reverse Osmosis Membranes to Provide Greater Confidence for NDMA Removal |
| Silvana Ghiu, PhD, PE | MTC15-MCO | Removal of Fluorides, Arsenic and Nitrates from Groundwater: Technology Selection |
| Rachel Zuback | MTC15-MCO | Forward Osmosis for Brine Concentration in Industrial Applications |
| Michael Hwang | MTC15-MCO | Pilot Testing of SAT, NF, O3, BAC for Potable Reuse for Inland Applications |
| Robert McCandless, PE | MTC15-MCO | Sodium Chloride Removal |
| Ufuk Erdal, PhD, PE | MTC15-MCO | Virus Removal Capabilities of an MBR System in a Full-Scale Water Reclamation Facility |
| Pranay Mane | MTC15-MCO | Sulfuric Acid Pretreatment Elimination Reduces OPEX for City of Palm Coast?s Membrane Softening Plant |
| Jennifer Roque, PE | MTC15-MCO | Groundwater Replenishment Performance and Operations Lessons Learned During Clearwater?s One Year Pilot |
| Jorge C. / Geoffrey K. / Charles Atoche, PE / Hart, PE / Flynn | MTC15-MCO | Case Study - Plantation East and Central Water Treatment Plants Scale Inhibitor Pilot Testing |
| Prashant / Steven / Lawrence Shirkhande, PhD / Harrold / Costa | MTC15-MCO | Role of pre-RO (cartridge) filtration in MBR-RO Systems |
| Dennis / Mike Livingston, PE / Snodgrass | MTC15-MCO | SFMP + MBR = <$ FOR >3Q CHANGING THE CALCULUS OF WWT & REUSE |
| Charles / Jesse / James Liu, PhD, PE, BCEE / Campbell / Moy | MTC15-MCO | Assessing Long-Term Performance of Membranes via Membrane Autopsy |
| Bill / Dave / Pat Travis / Tracey / Whalen | MTC15-MCO | Long-term Benefits Of Enhanced Biological Monitoring Strategies On Membrane Filtration Operations |
| Erin T. / Yoshihiko / David A. Partlan / Matsui / Ladner, PhD, PE | MTC15-MCO | Aggregation of Superfine Carbon for Improved Filtration Performance |
| Tyler Kirkmann, PE | MTC15-MCO | A Novel Method to Produce a DNA-Templated Ceramic Nanofiltration Membrane |
| Dustin / Dan Whynman, PE / Hugaboom, PE | MTC15-MCO | Considerations for the Design of Membrane Filtration Chemical Cleaning Systems |
| Yue / Jessie Sun, PE, BCEE / Li, PE, PhD | MTC15-MCO | Planning, Design, CMAR Delivery, and One-Year Operation of An Integrated Membrane Surface Water Treatment Plant: City of Sugar Land?s Experience |
| Flavia Zraick | MTC15-MCO | Evaluating Desalinated Water Blending Scenarios on Cement and Iron Based Materials in the Distribution Network |
| Robert G. / William S. Maliva, PhD, P.G. / Manahan | MTC15-MCO | Optimization of subsurface intake designs for seawater desalination facilities |
| Jarrett Kinslow, PE | MTC15-MCO | Big Data: Fully Realizing the Benefits of Pilot Testing in Design Development for the SAWS Brackish Groundwater Desalination Project |
| Jim C. Lozier, PE | MTC15-MCO | Innovative, Membrane-Based Treatment Method for Brines from Coal Seam Gas Production |
| Joseph Wong, PE, BCEE | MTC15-MCO | Membrane Applications for Petrochemical and Oil Refining Facilities: An Update |
| Jinkai Xue | MTC15-MCO | The Application of Anoxic-Aerobic Membrane Bioreactor for Oil Sands Process-Affected Water (OSPW) Treatment |
| Anna / Jacqueline / Eberhard / Nicolas Chomiak / Traber / Morgenroth / Derlon | MTC15-MCO | Biofilm increases permeate quality in low pressure ultrafiltration due to carbon degradation |
| Joerg / Pierre / Benoit / Heather Winter, PhD / Berube, PhD / Barbeau / Wray | MTC15-MCO | NF-UF Range Membranes for Water Treatment - Fouling and Concentration Polarization due to NOM |
| Edgar / Lucy / Linda / Goen / Sunny Gomez / Skillman, PhD / Li, PhD / Ho, PhD / Jiang, PhD | MTC15-MCO | Mitigating Seawater Desalination RO Membrane Biofouling Using Quorum Sensing Inhibitors |
| Leonard / Yun / June-Seok / Ho Kyong Tijing / Chul Woo / Choi / Shon | MTC15-MCO | Evaluation of the potential and performance of superhydrophobic multi-component nanofiber membranes for membrane distillation desalination |
| Noreddine / Young-Deuk / Kyaw / Gary L. / TorOve / Kim Choon Ghaffour, PhD / Kim / Thu / Amy / Leiknes / Ng | MTC15-MCO | Innovative thermal-membrane hybrid desalination system driven by solar energy |
| Vasiliki Karanikola | MTC15-MCO | Sweeping Gas Membrane Distillation: Numerical Simulations of mass and heat transfer through a Hollow Fiber Membrane Contactor |
| Kevin Alexander, PE | MTC15-MCO | Low Pressure Membrane Filtration: Where Have We Been and Where Are We Headed ? |
| Karen Pappas, PE | MTC15-MCO | Ordering From a New Menu: Navigating the Membrane System Selection Process with Newcomers to the US Market |
| Charlie He, PE, LEED AP | MTC15-MCO | RO or OtheR? Is RO the ?Best? available technology for Groundwater Treatment? |
| Srinivas / Rick / Xi Veerapaneni, PhD, PE / Bond, PE / Zhao | MTC15-MCO | Emerging Desalination Technologies - An Update |
| Keith / Patrick Sears, PhD, PE / Pulak, P.Eng. | MTC15-MCO | Using Membrane Technology to Treat a unique combination of industrial and municipal Wastewater |
| Kevin Dufresne, P.Eng. | MTC15-MCO | Water Reuse in Remote Work Camps |
| Ray / Megan Eaton / Lee | MTC15-MCO | Improving Reverse Osmosis System Performance in Agricultural Applications |
| Carl Spangenberg, PE | MTC15-MCO | Integrated Membrane Portfolio Key Role for Water Supply For Water District in Arid Southwest |
| Holger Krawczyk | MTC15-MCO | Efficient Removal of Heavy Metals from Industrial Wastewater by UF |
| Marjolein Vanoppen | MTC15-MCO | Properties governing organic pollutant transport through IEM in ED desalination of complex waste streams |
| Nathan Kutil, PE | MTC15-MCO | Start Up of a New Membrane Water Treatment Plant: Challenges and Lessons Learned |
| Peter Roussell | MTC15-MCO | Virtual Tour |
| Jim Stiles | MTC15-MCO | Staff and Budget Impacts Associated with Membrane Treatment Facilities |
| Steve Messner | MTC15-MCO | Operating and Maintenance Costs Membrane Treatment Facilities |
| David Brown | MTC15-MCO | Get Your Head Out of the Sand Planning for Asset Renewal & Replacement |
| Amanda Barnes, PE | MTC15-MCO | An Introduction to SEDA |
| Val / Mark Frenkel, PhD, PE / Wilf, PhD | MTC15-MCO | Impact of Changing Water Quality on RO Design and Operation |
| Steven Duranceau, PhD, PE | MTC15-MCO | Brackish Water Desalination in Florida: A Tale of Two Coasts, East and West |
| Cristina Pena | MTC15-MCO | Treatment Challenges of Varying Brackish Groundwater Quality: California Experience |
| GJ / Andy Schers / Fenske | MTC15-MCO | 30 Years of RO Operation in Cape Coral: Valuable Lessons |
| Sandeep Sethi, PhD, PE | MTC15-MCO | Innovative RO Pretreatment via Anion Exchange and UF for a Challenging and Variable Surface Water Quality |
| Justin Sutherland, PhD, PE | MTC15-MCO | Using RO/NF Modeling and Testing Methods to Assess the Impact of Changing Water Quality |
| Jennifer Roque, PE | MTC15-MCO | Groundwater Replenishment Performance and Operations: Lessons Learned Duirng Clearwater's One-Year Pilot |
| Frederick Bloescher, PhD, PE | MTC15-MCO | Pembroke Pines Aquifer Recharge |
| Troy Walker | MTC15-MCO | Establishing Critical Control Points in Membrane and Non-Membrane |
| Eva Steinle-Darling, PhD, PE | MTC15-MCO | Perspectives from the WateReuse Research Foundation and Big Spring, TX |
| Steven Duranceau, PhD, PE | MTC15-MCO | Direct Potable Reuse in Florida |
| Hani Abu Qdais | MTC15-MCO | Membranes Biofouling Potential, Impacts and Mitigation Techniques |
| Mahmound Hafsi | MTC15-MCO | The desalination and Membrane technologies to face to drinking water needs : Morocco case |
| A. Khadir | MTC15-MCO | Water Characterization & Biofilm Formation |
| Vinka / Muna Oyanedel-Craver / Abu-Dalo | MTC15-MCO | Manufacturing of eco-friendly nanoparticles using plant extracts |
| Isabel C. Escobar, PhD | MTC15-MCO | Water treatment using biofouling resistant nanocomposite membranes |
| Tequila A. Harris, PhD | MTC15-MCO | Scaled Processing of BRN Membranes |
| Muna Abu-Dalo | MTC15-MCO | Testing of Biofouling Resistant Nanocomposite Membranes in Jordan |
| Mohamed Taky | MTC15-MCO | Pilot Scale Testing of biofouling resistant nanocomposite membranes in Morocco |
| Enric Palacios / Aleix / Pedro Javier Donaque / Cebrian / Miranda Lujan | MTC15-MCO | Chlorine Dioxide as Disinfectant for Pretreatment in Seawater Desalination Plants |
| Wayne Bates | MTC15-MCO | Energy Reduction at a Municipal Water Plant in Florida using New RO/NF Membrane Technology |
| Rafal / Kwonit / Jim / Abbas Alshukri / Mallick / Loya / Ghassemi, PhD | MTC15-MCO | Comparison between performance of reverse osmosis and nano-filtration membranes in the process of desalination of brackish water |
| Dan Hugaboom, PE | MTC15-MCO | Design and Procurement of a 12 MGD Open Platform UF Membrane System |
| Brent Alspach, PE, BCEE | MTC15-MCO | Critical Considerations for the Advancement of Non-Proprietary, Flexible, and Universal MF/UF Systems |
| Malynda Cappelle | MTC15-MCO | High recovery desalination with enhanced evaporation: Achieving ZLD sustainably |
| Phillip Locke, PE | MTC15-MCO | Zero Liquid Discharge (ZLD) Process Utilizes UF to Achieve 98.5% Recovery |
| Arun / Nikolay / Joe Subramani / Voutchkov, PE, D.E.E. / Jacangelo, PhD | MTC14-LAS | Seawater Desalination Energy Minimization Using Nanocomposite and Semi Batch RO |
| Pinar Cay / John / Cailen / Mary Laura Durgun / Konecny / McCloskey / Lind, PhD | MTC14-LAS | Long Term Performance and Stability of Zeolite/Polyamide Thin Film Nanocomposite Membranes for Brackish Water Desalination |
| Troy Walker | MTC14-LAS | Know When to Hold ?em, Know When to Fold ?em. How Long Will Low Pressure Membranes Last? |
| Kelly Lange-Haider, PE | MTC14-LAS | Membrane Plants Reaching the End of Their Useful Life, Now What? |
| Anne / Anneth / Angelique / Jean-Michel / Reynald Brehant / Zamora Matiz / Fabre / Rodrigues / Bonnard | MTC14-LAS | How to Best Extend the Membranes Lifetime? A Modules Management Strategy that Leverages 25 Years of Experience in Operating Membranes Facilities |
| Charlie / Jun He, PE, LEED AP / Wang | MTC14-LAS | Teaching Old Dog New Tricks: Electrodialysis Reversal Improvements and Innovations |
| William K. O'Neal, PE, BCEE, DBIA | MTC14-LAS | New High Recovery Fort Irwin Water Works Supports Critical Army Training Mission |
| Connor / Leila / Abbas / Ali Hanrahan / Karimi / Ghassemi, PhD / Sharbat, PhD | MTC14-LAS | High-Recovery Electrodialysis Reversal for the Desalination of Inland Brackish Waters |
| Melvin / How Yong Tang / Ng | MTC14-LAS | Impacts of Different Membrane Materials on the Novel Anaerobic Forward Osmosis MBR |
| Jennifer Smith | MTC14-LAS | Membrane Biofilm Reactor for Nitrate and Perchlorate Treatment |
| Ryan / Jack / Keith / Tzahi Y. Holloway / Herron / Lampi / Cath, PhD | MTC14-LAS | The UFO-MBR - a Potable, Indirect Potable, and Nutrient Recovery Technology |
| Justin Pickard | MTC14-LAS | Ocean Desalination Water Quality Integration Study |
| Jim C. Lozier, PE | MTC14-LAS | Advancements in Desalination Technologies |
| Todd Reynolds, PE | MTC14-LAS | Membrane Filtration at the Waimea Water Treatment Plant Will Provide More Than Just Clean Water |
| James Naylor, PE | MTC14-LAS | Fouled and Back Again: A Membrane's Tale |
| Christopher / Steven Boyd, PhD / Duranceau, PhD, PE | MTC14-LAS | Utilizing a Novel TMP Balance Approach to Analyze Process Data and Investigate Ultrafiltration Membrane Fouling during Surface Water Treatment |
| Bill / Dave / Pat Travis / Tracey / Whalen | MTC14-LAS | Enhanced and Accelerated Microbiological Monitoring for Membrane Treatment Optimization: Measuring the Benefits of an Optimized Monitoring Program |
| Jon / Ellen Loveland / Valdez | MTC14-LAS | Design and Implementation of a Pacific Ocean Algal Bloom Challenge Pilot Test for the Carlsbad Desalination Project |
| Robert Wiley | MTC14-LAS | Open Intake RO Pretreatment for Harmful Algal Blooms |
| Sheng / Harvey / Gary L. Li, PhD / Winters, PhD / Amy | MTC14-LAS | Bacterial TEP Fouling on RO Membranes and Visualization of Agglutination between Bacterial TEP and Bacteria |
| Ranald van't Oever | MTC14-LAS | No Membranes without Oil, No - Last - Oil without Membranes |
| Ben / Antoine / Albert / Osman Freeman, E.I.T. / Leroux / Shen / Kung | MTC14-LAS | Backwash Free Ultrafiltration for Silicon Wafer Production Wastewater Recycling |
| Antony / Pamela Gibson / El jbeily | MTC14-LAS | At the Coal Face: Preventing Iron & Manganese Fouling of Brackish Water Reverse Osmosis Membranes |
| Mo Malki | MTC15-MCO | Membrane Pretreatment Chemistry |
| Troy Walker | MTC15-MCO | High Pressure Membrane Plant Design |
| Russell Ferlita, PhD, PE | MTC15-MCO | Water Reuse and Membrane Bioreactors |
| YuJung Chang, PhD, PE | MTC15-MCO | Data Analysis and Performance Monitoring |
| James C. (Jim) Vickers, PE | MTC15-MCO | Membrane Procurement (MF/UF) |
| Randy Brown | MTC15-MCO | Membrane Treatment: Is it THE Answer for Today's Water Utilities? |
| C. Robert Reiss, PhD, PE | MTC15-MCO | Membrane Treatment Facilities: Past, Present, and Future |
| Ian C. Watson, PE | MTC15-MCO | The Basics of Reverse Osmosis Technology |
| Jessica / Jon Shu / Johnson | MTC14-LAS | Controlled Biofouling Comparisons Using Series Arrays of RO Membrane Elements |
| Matthew Charles, PE | MTC14-LAS | Managing Fouling in Nanofiltration Systems: Literature Review and Practical Experience in South Florida |
| Ufuk Erdal, PhD, PE | MTC14-LAS | A Novel Application of the Tertiary Membrane Bioreactor Technology for Water Reuse - A Comprehensive Pilot Testing |
| Fredrick W. / Brian / Shane / Rhodes Gerringer / Pecson / Trussell / Trussell | MTC14-LAS | Membrane Processes in Direct Potable Reuse - Equivalency Criteria and Treatment Train Evaluation |
| Dave Holland | MTC14-LAS | Achieving and Verifying Ultra-Low Phosphorus for Wastewater Discharge or Reuse |
| Robert McCandless, PE | MTC14-LAS | Economics of Brackish Water Resources |
| David Briley, PE | MTC14-LAS | Membrane Treatment: The Answer for Smaller Communities |
| John / Paul Civardi / Kozakiewicz | MTC14-LAS | Built To Last: A Review of 10 Years of Performance of New Jersey's First Microfiltration Plant |
| Jeff Hennings, P.Eng. | MTC14-LAS | Maximizing the Value of Your Treatment Expansion Through Integrated Design and Project Delivery |
| Richard / Lisa Stratton, PE / Koehn | MTC14-LAS | City of Clovis Expands their Membrane Water Treatment Plant to 22.5 mgd by Changing their Pretreatment Strategy and Adding Racks |
| Erin T. / David A. Partlan / Ladner, PhD, PE | MTC14-LAS | Removal of Inorganic Scale from RO Membranes using Dissolved CO2 |
| Mo Malki | MTC14-LAS | Case Study: The Impact of Ferrous Ion Oxidation on Silica Scaling In RO Systems |
| Lee Durham | MTC14-LAS | Spiral-Wound Membrane Performance Monitoring for System Optimization |
| Gabriela Handley | MTC14-LAS | Silt Density Index: A Fresh Perspective on an Old Index |
| Susan Guibert, PE | MTC14-LAS | Operations and LRV Calculations at North Dakota?s Southwest Pipeline Project OMND Water Treatment Facility |
| Samantha Kendrick, P. E. | MTC14-LAS | Correlation of LRV Calculation to Virus Rejection |
| Janeen Wietgrefe, PE | MTC14-LAS | Maximizing Sustainability of Water Production through Split-Feed Nanofiltration Addition to Existing Multi Process Water Treatment Facility in Jupiter, Florida |
| Justin Sutherland, PhD, PE | MTC14-LAS | State Regulations and the Efficacy of Various Testing Methods for RO System Design |
| Albert Muniz, PE | MTC14-LAS | Increasing Reuse Supplies by Blending Nano Concentrate with Treated Effluent |
| Dustin Whynman, PE | MTC14-LAS | Effect of Cross Flow Velocity on an Anaerobic Membrane Bioreactor for Domestic Wastewater |
| Lisa / Nathan Marchewka / Hancock | MTC14-LAS | Redefining the Economics of High Solute Water Treatment |
| Jeri L. / Andrea / Amy E. Prante / Achilli, PhD / Childress | MTC14-LAS | Integration of RO and PRO to Decrease Energy Expenditures in Seawater Desalination |
| Scott Freeman, PE | MTC14-LAS | Managing Membranes To Minimize Opex: An Update 10 Years After Start-up |
| Steven Duranceau, PhD, PE | MTC14-LAS | Post Treatment Challenges of Replacing Lime Softening with Nanofiltration |
| Susan L. Crawford, PE, BCEE | MTC14-LAS | Integrating MF/UF Membranes into an Existing Lime Softening Water Treatment Plant: A Case Study |
| Diane Gatza | MTC14-LAS | Comprehensive Results of West Basin Municipal Water District?s Multi-Year Ocean Water Desalination Demonstration Project |
| Eric / Karyn Owens, PE / Igar, PE | MTC14-LAS | The Mesa Water Reliability Facility - Achieving a Local, Sustainable Water Supply in Southern California |
| Todd / Heidi Reynolds, PE / Luckenbach, PE | MTC14-LAS | Implementation of the scwd2 Desalination Program in Santa Cruz, California |
| Luke / Emily / Satish / Jonathan Ruff / Huth / Muthu / Brant, PhD, PE | MTC14-LAS | Pervaporation Desalination of High Salinity Oil and Gas Produced Waters |
| Steve Chesters | MTC14-LAS | What?s New in RO Membrane Cleaning? Micro-Bubbles and High Ionic Strength Effervescent Cleaners Enhance RO Membrane Foulant Removal |
| Noreddine / Kim Choon / Thomas / Shahnawaz / Sabine / Gary L. Ghaffour, PhD / Ng / Missimer, PhD, P.G. / Sinha / Lattemann / Amy | MTC14-LAS | Integrated Renewable Energy-Driven Innovative Desalination Technologies |
| David Kim-Hak | MTC14-LAS | Low Pressure Applications of Nanocomposite Membranes |
| Michael Norton, PE | MTC14-LAS | First Year Operating the City of Gearhart Oregon Arsenic Removal Membrane Water Treatment Plant |
| Robert G. Maliva, PhD, P.G. | MTC14-LAS | Deep Injection Well Disposal of Desalination Concentrate at Inland Sites: Opportunities and Challenges |
| Steve Alt, PE | MTC14-LAS | RO Concentrate Disposal in California by Groundwater Injection |
| Tim Constantine | MTC14-LAS | Not "Rolling the Dice": A structured approach to starting up two large MBR facilities in the Las Vegas basin |
| James / Bill / Greg DeCarolis, Jr., PE / Pearce / Wetterau, PE, BCEE | MTC14-LAS | 15,000 hours of Membrane Operational Experience: City of San Diego Advanced Water Purification Facility |
| Zhen-Yu / Rodrigo / Muhannad / Gary L. Li / Valladares / Abu-Ghadaib / Amy | MTC14-LAS | Draw Solution Induced Scaling during Ammonia-Carbon Dioxide Forward Osmosis Desalination |
| Carl / Charlie Lundin, PE / Benton, PE | MTC14-LAS | Challenge Testing Osmotic Pre-treatment for Desalination |
| Arash / Jeff / Jane / Sheldon / Nicolas / Ron / Susan Zamyadi / Hennings, PE / Bonsteel / Belbin / Peleato / Hofmann / Andrews | MTC14-LAS | Surface Water Treatment with Ultrafiltration: Algae Blooms Operational Challenges |
| Anwar / Robert C. / David M. Sadmani / Andrews / Bagley | MTC14-LAS | Impact of Naturally Occurring DOM, Colloids, and Cation Interactions on Nanofiltration of Pharmaceutically Active and Endocrine Disrupting Compounds |
| Shengtao Weng, M.Sc., P.Eng | MTC14-LAS | Biological Pre-treatment for RO membranes - 10 Years and Counting |
| Michelle Chapman | MTC14-LAS | Flexible Desalination Systems for Variable Salinity Sources |
| Michael / Michael / Terry Adelman / Moore / Curson | MTC14-LAS | The Round Mountain WTP: A Brackish Water RO Facility for Water Self-Reliance and Regional Salinity Management |
| Adrian / Ufuk Edwards / Erdal, PhD, PE | MTC14-LAS | Evaluation of Virus Removal Capabilities of Membrane Bioreactor (MBR) Systems in a Full Scale Water Reclamation Facility in Nevada |
| Hoon Hyung, PhD, PE | MTC14-LAS | Application of Universal MF/UF Membrane Skid in a Full Scale Wastewater Reclamation Plant-Challenges and Future |
| Tara / Benjamin / Phil / Enrique / Jayson Fishbain, PE / Straford, PhD, PE / Cooke, PE / Vadiveloo, PE / Page, PE | MTC14-LAS | Piloting Alternative Technologies for Indirect Potable Reuse in Florida |
| Ashley / Christopher Waldron / Bellona, PhD | MTC14-LAS | Pretreatment of High TOC Surface Waters to Minimize DBP Formation after Membrane Filtration |
| Miguel / Bruce / Jeff Arias-Paic, PhD, PE / Dickie / Cochran | MTC14-LAS | Comparison of Pilot and Full Scale Ion Exchange Pretreatment to Microfiltration Membranes |
| Abdullah Hamoud Dehwah | MTC14-LAS | The Influence of Beach Well and Deep Ocean Intakes on TEP Reduction in SWRO Desalination Systems, Jeddah, Saudi Arabia |
| Qigang / Dave Chang, PhD, PE / Buchholz | MTC14-LAS | Sheyenne River Unique Water Quality Challenges: A Comparative Pilot Study of Three MF/UF Membranes |
| Benjamin Pattillo, PE | MTC14-LAS | Operational Optimization of a Surface Water Membrane Facility; Considering Pretreatment, Post-treatment, and Associated Costs |
| Adam Zach | MTC14-LAS | Potential Drought Conditions Prompt UF & RO Pilot Study on High Organic Surface Water |
| Rinaldi M. / Sheng / Samir / Abdullah Hamoud / Harvey / Thomas Rachman / Li / Al-Mashharawi / Dehwah / Winters, PhD / Missimer, PhD, P.G. | MTC14-LAS | Reduction in Organic Compound Concentrations Using Well Intakes from SWRO Facilities in the Caribbean and the Red Sea of Saudi Arabia |
| Joseph Wong, PE, BCEE | MTC14-LAS | From Industrial Wastewater to Ultrapure Water Using Membrane Technologies |
| Craig Bartels, PhD | MTC14-LAS | UF/NF Treatment of Organic Laden Wastewater in Industrial Pulp and Paper Wastewater |
| Jonathan Brant, PhD, PE | MTC14-LAS | Improving the Performance of UF Membrane Processes Using Electropositive Filtration to Polish Backwash Water |
| Rodney Herrington, PE | MTC14-LAS | Performance and Advantages of Open Channel Feed Spacer RO Elements |
| Martine Poffet, PhD | MTC14-LAS | New Remineralization Process Using Micronized Calcite as a Sustainable Alternative to the Lime-Dosing System |
| Michael Hwang | MTC14-LAS | Managing Organic Fouling and Arsenic at a Direct Membrane Filtration Plant Using Aluminum Chlorohydrate (ACH) |
| Peng / Jun / Baolin Wan / Yin / Deng | MTC14-LAS | The modification of PVDF hollow fiber membrane (HFM) via AGET atom transfer radical polymerization (ATRP) |
| Rafael Garcia / Adilson Roberto / Guilherme Candido / Goncalves / Goncalves de Godoy | MTC14-LAS | Obtainment of Polymeric Membranes from Sugarcane Bagasse |
| Jenelle / Jesse Armstrong, PE / Alden, E.I. | MTC14-LAS | The Need for Seed: Building Biomass at an MBR Plant |
| Jun / Lan Huong / Hyung Keun Kim / Doan / Roh | MTC14-LAS | New Approach to Evaluate the Performance of High Loading Rate Dissolved Air Flotation in Seawater |
| Brian / Jeff / Sheldon / Dean / Brian / Sophie Sahely, M.A.Sc., PE / Hennings, PE / Belbin / Baker / Vistorino, PE / Pease, PE | MTC14-LAS | Performance Testing of a 380 ML/d Retrofitted Membrane/UV Oxidation WTP |
| Brent / Dave / Eric / Tom Alspach, PE, BCEE / Smith / Savage / Kennedy | MTC14-LAS | No Cause For Alarm? How What is Not Covered in the MFGM Can Impact MF/UF Plant Operations and Control System Set Points |
| Greg Wetterau, PE, BCEE | MTC14-LAS | Addressing Start-Up Challenges With An In-Line Filtration Facility |
| Michael Kosterman | MTC14-LAS | Eight Years of Ultrafiltration What We've Learned, What We Don't Know |
| Eli Kotzer, PhD | MTC14-LAS | Implementation of Constant Pressure Desalination Method in Larnaca SWRO Desalination Plant Renovation |
| Srinivas Veerapaneni, PhD, PE | MTC14-LAS | Singapore's 3rd and 4th Taps - Overview of Newater and Seawater Desalination Plants |
| Veronique Bonnelye | MTC14-LAS | O&M Lessons Learned from a 150 GL/Y Seawater Desalitaion Plant: The Victorian Desalination Project |
| Steve Malloy, PE | MTC14-LAS | Lessons Learned from Start-up of the 10 MGD Membrane Bioreactor at Irvine Ranch Water District. |
| Tom Knoell | MTC14-LAS | One Down, Fourteen To Go. Replacing Membranes In A 5mgd RO Unit In Orange County?s Groundwater Replenishment System |
| Dennis Williams, PhD | MTC14-LAS | Subsurface Intakes - Latest Developments in Slant Well Technology |
| Kurt / Scott Bookout / Freeman, PE | MTC14-LAS | Evaluating and Testing Ceramic Membranes to Expand Treatment Capacity |
| Tom / Erin / Stephen Seacord, PE / Mackey, PhD, PE / Lamb | MTC14-LAS | Developing The Stainless Steel Standard For Desalination and Water Industry Applications |
| Joseph / Anni Nicoletti, PE / Luck, PE, PMP | MTC14-LAS | White Plains Microfiltration Plant Upgrade: Changing Membrane Material to Overcoming Challenges |
| Jacob M. White, PE | MTC14-LAS | Reliability, Redundancy, & Long-Term Operations: Designing a Flexible Integrated Membrane Plant |
| Silvana Ghiu, PhD, PE | MTC14-LAS | Energy Consumption Modeling in Seawater Desalination |
| Rodney Clemente | MTC14-LAS | The Economics of Energy Recovery Devices |
| Gary L. Amy | MTC14-LAS | Ceramic Membrane Filtration of Wastewater Effluent and High-NOM Surface Water: Fouling Management |
| Catherine Xiaodi Yue | MTC14-LAS | Evaluation of Treatment Performance and Membrane Fouling Propensity of Different Pore-Sized Ceram |
| Holly / Gilbert / David / Chris Shorney-Darby, PhD, PE / Galjaard / Metcalfe / Rockey | MTC14-LAS | Ceramic Membrane Filtration of a Surface Water Treated with Ion Exchange |
| Jennifer / Karla J. / Kelly Gelmini / Kinser, PE / Wasserbach | MTC14-LAS | Electrodialysis Metathesis: A New Brine Minimization Technology |
| Dan / Dustin Hugaboom, PE / Whynman | MTC14-LAS | Chemical Treatment of MF/UF Residuals to Achieve Near Zero Liquid Discharge |
| Paul Delphos, PE | MTC14-LAS | Maximizing Water Resources: A 99% Efficient Membrane Treatment System |
| Denis Guibert, PhD, PE | MTC14-LAS | Microfiltration and Ultrafiltration Standardization - A Review of Current Mechanical and Process Convergence and a Look Forward. |
| C. Bruce Bartley | MTC14-LAS | Facilitation of Advances in UF Membrane Validation through a Third Party Consensus Standard |
| Roger Noack, PE | MTC14-LAS | Metrics & Methods for MF/UF System Optimization |
| Graeme Pearce, PhD | MTC14-LAS | Bio-Fouling Control with Direct Coupled UF Pre-Treatment |
| Sandeep / Jess / Jennifer Sethi, PhD, PE / Brown / Nyfennegger | MTC14-LAS | UF-RO with Novel Pretreatment for a 15 mgd Water Supply Project |
| Jack / Jeff / Laurie / Adam Bryck, PE, BCEE / Jackson, CWP / Sullivan, PE, BCEE / Zach | MTC14-LAS | An Evaluation of the Impacts to Membrane Filtration under the Influence of TOC, MIB, and Geosmin |
| Takashi / Kiyoshi / Hayato Harada / Ida / Urabe | MTC14-LAS | Features of New PTFE-Made Microfiltration Hollow Fiber Membrane Module and Its Application for Oil and Gas Wastewater Treatment |
| Baicang / Jianwei / Tao / Yang Liu / Liu / Liu / Bai | MTC14-LAS | Coagulation-Bubbling-Ultrafiltration: Effect of Flocsand Bubbles Properties on the Performance of the Hybrid Process |
| Roger / Jill / Matt / George Noack, PE / Marie / Demo / Flowers | MTC14-LAS | Creating a New Legacy Out of the Past: Membrane Retrofit of the Brandywine Filtration Plant |
| Carl / Arseny / Eric Spangenberg, PE / Kalinsky, PE / Owens, PE | MTC14-LAS | Case Study for Irvine Ranch Water District - Fouling of NF Membranes |
| Lijo / Noreddine / Ahmad / Gary L. Francis, PhD / Ghaffour, PhD / AlSaadi / Amy | MTC14-LAS | Theoretical and Experimental Validation of Water Gap Membrane Distillation |
| Anna / Eric / Y.O. Jawor, PhD / Hoek, PhD / Kim | MTC14-LAS | Optimization of Pre-treatment for Reverse Osmosis (RO) Desalination of Inorganic Wastewater Effluent |
| John / Hai / Wei / Russell Barber / Yang / Lu / MacDonald | MTC14-LAS | Capacitive Carbon Electrodes for Electrodialysis Reversal Applications |
| Eric / Michael / John Paulson / Bourke / Trebesch | MTC14-LAS | Review of the Integrated Performance of the Fort Thompson WTP |
| Kyungil / Joseph / Tariq / Charles / Randall / Jeewoong / Jinho / Moonseog / Derek / Paul Kim / Zhao / Hussain / Bog / Wood / Lee / Kim / Jang / Kim / Jung | MTC14-LAS | More Effective Maintenance Clearing on Microfiltration Membrane for a Secondary Effluent with High SDI, Hydrophilic Nom, and Low Temperature |
| Jorge C. / Geoffrey K. Atoche, PE / Hart, PE | MTC14-LAS | Past and Present Membrane Plant Operation Assistance Experience in South Florida |
| Tracey / Troy Long, PE / Walker | MTC14-LAS | Has Your Membrane System Had A Tune Up Lately? |
| Junhyun / Baeksu / Yoonho / Joseph / Charles / Randall / Jeewoong / Jinho / Moonseog / Tariq / Derek / Paul Kim / Moon / Cho / Zhao / Bog / Wood / Lee / Kim / Jang / Hussain / Kim / Jung | MTC14-LAS | Effective Membrane Process to Remove High Content of Algae and Its Associated Taste and Odor Problem : A Case Study, The Han River in Korea |
| Suhan Kim | MTC14-LAS | Design and Operation Diagnosis of Membrane Water Treatment Plant Using a Constant Flux Fouling Model |
| Gil / Eric Hurwitz / Hoek, PhD | MTC14-LAS | Organic Pollution Remediation in Wastewater Reverse Osmosis Concentrate by Advanced Oxidation |
| Tim / Martine / Jochen Bradley / Poffet, PhD / Kallenberg | MTC14-LAS | Calcite Contactor Use in Desalination Post-Treatment: Technical Update on Current Technology |
| Gary / Sheldon / Jerry / Alan / Doug / Jeff Mao / Taylor / Raney / Walton / Frick / Williams | MTC14-LAS | Tubular Membrane Filtration for Lime Softening Water Treatment |
| Chun-Hsi / Chia-Chin / Hsuan-Hsien Lai / Chen / Yeh | MTC14-LAS | The Effect of Coagulation on Mno2(S) Suspension and Low-Pressure Membrane Fouling Control |
| Kelly / Andrea / Kelly / Ignacio / Sandra / Jose / Olga / Xavier / Veronica Briceno / Lima / Lange-Haider, PE / Martin / Casas / Mesa / Ferrer / Bernat / Garcia-Molina | MTC14-LAS | Llobregat River Direct Ultrafiltration and Reverse Osmosis: Operation and Optimization Experiences |
| Benjamin Pattillo, PE | MTC14-LAS | Membrane Treatment Process Operated in Parallel with a Conventional Surface Water Treatment Facility |
| Jessica / Katariina / Steven / Tom Shu / Majamaa / Coker / Knoell | MTC14-LAS | Advancing Reverse Osmosis Membrane Performance in a Water Reuse Application - A Collaborative Approach |
| Daniel Christodoss, PhD, PE | MTC14-LAS | Tangential Flow Membrane Filtration (TFMF) Applications in Wastewater Reuse and Brackish Groundwater Plus High Chloride Surface Water Treatment |
| Carlos / Rolando Camero / Bosleman | MTC14-LAS | Top Five Reasons Carlsbad SWRO Plant Chose Pressure Exchanger Technology |
| Ty / Andrew McGown / Slotterback, PE | MTC14-LAS | A Tale of Two Membranes |
| Dan / Dustin Hugaboom, PE / Whynman | MTC14-LAS | Low Chemical Usage in Membrane Operations |
| Kevin Phillips | MTC14-LAS | Wastewater reuse: Water Reuse for Lagoon Wasterwater Treatment |
| Rick / Miquel Bacon / Paraira Faus | MTC14-LAS | Optimizing the Use of Membrane Systems for the Removal of Disinfection By-Product Precursors |
| Robert Ning, PhD | MTC14-LAS | The Simplest Possible RO Pretreatment for Scale and Colloidal Fouling Control |
| Syed Zaki / Pierre Abdullah / Berube, PhD | MTC14-LAS | Effects of Sodium Hypochlorite Ageing on the Cleaning Requirements of PVDF Based Membrane |
| Mona / Ahmed Makki Mohamed-Mansour / Al-Sulaiman | MTC14-LAS | Greywater Treatment and Reuse Optimization via UASB and MBR in Egypt |
| Kai Loon Chen | MTC14-LAS | Antimicrobial and Bacterial Anti-adhesive Properties of Polysulfone Membranes Modified with PAH/PAA Multilayers and Silver Nanoparticles |
| Hussein / Mona Abdel-Shafy / Mohamed-Mansour | MTC14-LAS | Membrane Bio-Reactor for the Removal of Pharmaceutical Compounds from Urine |
| Priyankari / Kwonit / Sourja / Subhendu / Swachchha Bhattacharya / Mallick / Gosh / Sarkar / Majumdar | MTC14-LAS | Dual Stage Treatment of Domestic Wastewater Using Ceramic Microfiltration and Activated Sludge Process: Attempt for Agricultural Reuse |
| Zeeshan / Hector / Carlos / Christine / Christopher / Aridai / Damir Bilal / Garcia / Lopez-Vazquez / Hooijmans / Milligan, PE / Herrera / Brdjanovic | MTC14-LAS | Redefining Maximum Achievable Mixed Liquor Suspended Solids Concentrations in Membrane Bioreactors: Introducing Dissolved Oxygen in Membrane Bioreactors by Means of an Innovative Delivery Technology |
| Jason T. / Seetha S. / Kevin K. / Benny D. / Jeffrey R. Arena / Manickam / Reimund / Freeman / McCutcheon | MTC14-LAS | Performance of Commercial Asymmetric Cellulose Acetate Membrane Compared to Polydopamine Modified Thin Film Composite Membranes for Forward Osmosis |
| Mark White, PE | MTC15-MCO | MF/UF Water Quality, Performance, and Applications |
| Ryan Furukawa | MTC15-MCO | Low Pressure Pilot Testing |
| Joseph Elarde, PE | MTC15-MCO | Membrane System Design Concepts |
| Wendy Broley, PE | MTC15-MCO | High Pressure Membrane Applications |
| Ben Movahed, PE, BCEE | MTC14-LAS | Overview and Fundamentals of Membrane Technologies (MF, UF, NF, RO, EDR and MBR) |
| Andrew Wiesner, PE | MTC14-LAS | High-Pressure Membrane Applications |
| Mo Malki | MTC14-LAS | Water Chemistry and Pretreatment Chemicals |
| Troy Walker | MTC14-LAS | High Pressure Membrane Plant Design |
| Ryan Furukawa | MTC14-LAS | RO Operation, Troubleshooting, Pilot Testing |
| Mark White, PE | MTC14-LAS | MF/UF Water Quality, Performance, and Applications |
| Joseph Elarde, PE | MTC14-LAS | Membrane System Design Concepts |
| YuJung Chang, PhD, PE | MTC14-LAS | Low Pressure Membrane Piloting/Testing |
| Karla J. Kinser, PE | MTC14-LAS | MF/UF Back to Basics Water Reuse & MBR?s |
| Paul Delphos, PE | MTC14-LAS | Back To Basics: Comparing Pilot Data to Real-Life Performance |
| Jess Salvador | MTC14-LAS | Troubleshooting at Start UP: Keys to Smooth Membrane System Start Up and Water Tight Transition |
| Ray Eaton | MTC14-LAS | In Field Troubleshooting and Cleaning |
| John Potts, PE | MTC14-LAS | Resolving Common Pre-treatment Problems |
| Dan Gibson | MTC14-LAS | What's New in Membrane Autopsies |
| Julie Nemeth-Harn, PE | MTC14-LAS | Common System Design Problems |
| Harold Fravel, Jr., PhD | MTC14-LAS | Advancements in Membrane Technology |
| Steve Chesters | MTC14-LAS | The Role of Antiscalants in Improving System Performance |
| Monica Pazahanick, PE | MTC14-LAS | Interstage Booster Pumps Improve Brackish RO Train Performance |
| Joseph Elarde, PE | MTC14-LAS | RO Energy Optimization Project Case Study |
| Benny WynDham | MTC14-LAS | Operating the Reynolds Desalinization Facility |
| Robby Isbell | MTC14-LAS | I Think I?m Turning Membranes |
| Richard Salas | MTC14-LAS | When Your Source Water Changes The Game Changes Knowing how to switch gears when Operating a Micro Filtration System |
| Ron Lutge | MTC14-LAS | Solids Handling at a Zero Liquid Discharge Membrane Treatment Plant |
| Korkud Egrican, PE | MTC14-LAS | From Cradle to Start-Up - A Story of a "Greenfield" Microfiltration Plant in Northern Virginia |
| Dian / Eric / Subir Tanuwidjaja / Hoek, PhD / Bhattacharjee | MTC14-LAS | Therma-SEP: A High Temperature Membrane Based Desalination Technique for Produced Water Treatment |
| Jung Woo / Tariq / Joseph / Charles / Randall / Derek / Paul / Jinho / Moonseog / June-Seok Jang / Hussain / Zhao / Borg / Wood / Kim / Jung / Jang / Choi | MTC14-LAS | Comparative Study on the pretreatment to SWRO System: A Case Study of DMF vs. MF and Four MF Membranes |
| Randal / Samantha Braker, PE / Kendrick, P. E. | MTC14-LAS | Ten Years of Reliable Ultrafiltration Membrane Operation at Duck River Utility Commission (DRUC) |
| R. Grant / Warren / Scott / Babak / Mark Guenther / Loeffelholz / Marchinko / Roshani, PhD / Lewis | MTC14-LAS | Arsenic Removal from Water by Reverse Osmosis |
| Pranay Mane | MTC13-SAT | Pilot Testing of Second Stage RO for Cost Effective Brine Volume Minimization in ZLD Processes |
| Diane McKinney | MTC13-SAT | Challenges and Approach to Ocean Water Desalination Discharge |
| Greg Wetterau, PE, BCEE | MTC13-SAT | Process Optimization for the San Diego IPR Demonstration Plant |
| Graham Juby, PhD, PE | MTC13-SAT | Direct Microfiltration of Primary Effluent |
| Ignacio Cadena, PE | MTC13-SAT | Membrane Pilot for a Direct Potable Reuse Application: The Process of Permitting the Process |
| Richard L. Stover, PhD | MTC13-SAT | Permeate Recovery and Flux Maximization in Semi-batch Reverse Osmosis |
| Mo Malki | MTC13-SAT | Aluminum Silicate Formation in Membrane Separation Processes: Facts vs. Myths |
| Isabel C. / Sunitha / Santosh / Cyndee Escobar, PhD / Asapu / Pant / Gruden | MTC13-SAT | Novel Low-Fouling Copper-Charged Nanofiltration and Reverse Osmosis Membranes |
| Milt / John / Joseph Larsen / Kutilek / Marino | MTC13-SAT | Arsenic Removal with Ultrafiltration in Coastal Oregon |
| Jeff / Jack / Laurie / Jason / Bayard Jackson, CWP / Bryck, PE, BCEE / Sullivan, PE, BCEE / Kerstiens, PE / Yang, PE | MTC13-SAT | Pretreatment of Monsoonal Impacted San Juan River for Treatment with LP Membranes |
| Angela Yeung | MTC13-SAT | Combination of Ozonation with UF and RO Membrane Filtration in North Dakota Surface Water Treatment Plant |
| Brian R. / Mark Bergantine / Peterson | MTC13-SAT | Membrane Technology Application In Red River Valley North Dakota |
| Tim / Ufuk / Jim C. Suydam / Erdal, PhD, PE / Lozier, PE | MTC13-SAT | A Comprehensive Bench Scale Study to Evaluate Chloramine Stability and DBP Formation in Distribution System Carrying Blended Stream of Desalinated and Treated Surface Waters |
| Frans Knops | MTC13-SAT | New Developments in Using Low Pressure Membranes in Seawater Pretreatment |
| Samer Adham, PhD | MTC13-SAT | Membrane Distillation Using Low Grade Waste Heat |
| Nathan Hancock | MTC13-SAT | High Recovery Brine Treatment Using FO |
| Michelle Chapman | MTC13-SAT | Is There a Role for Membrane Technology in Planning for Drought in Texas? |
| Esther / Bill Harrah, PE / Davis, PE | MTC13-SAT | San Antonio Water System Brackish Groundwater Desalination Program |
| Bill / Kevin / James Stein, PG / Morrison, PG, PMP / Beach, PG | MTC13-SAT | Brackish Groundwater Desalination Project Production and Injection Wells |
| Emily / Graham Zevenhuizen / Gagnon | MTC13-SAT | In-line coagulation as pre-treatment to reduce NF membrane fouling in an IMS |
| Nathan Kutil, PE | MTC13-SAT | Fire and Ice: Membrane WTP Design & Concstruction in Bozeman, Montana |
| Joseph Elarde, PE | MTC13-SAT | Bonita Springs RO Energy Optimization Project: An Integrated Membrane, Energy Recovery and Control Approach to Saving Power Cost |
| Kurt Kiefer, PE, BCEE | MTC13-SAT | Energy Recovery Strategies for Brackish RO Facilities with Varying Water Quality Conditions |
| Jim C. Lozier, PE | MTC13-SAT | Utilizing RO Concentrate Treatment and Reuse to Achieve Sustainable Water Management Schemes for Industrial Facilities Located in Arid, Water Scarce Regions |
| Gang Xin, PhD | MTC13-SAT | An Integrated Nanofiltration + Evaporation Solution for High Strength Rubber Wastewater Treatment, Water Reuse and Zero Liquid Discharge |
| Charles-Fracois de Lannoy | MTC13-SAT | Biofouling Prevention With an Electrically Conducting Polymer Nanocomposite Membrane |
| Ryan / Tzahi Y. / Jorg / Jan / Dave / Ana / Lloyd / Terry Holloway / Cath, PhD / Drewes, PhD / Benecke / Vuono / Prieto / Jonson / Reid | MTC13-SAT | Evaluating System Performance of a Decentralized SBMBR Treatment Facility Used for Tailored Urban Water Reuse |
| Rebecca Venot, PE | MTC13-SAT | Pilot Scale vs. Full Scale Pressure Membrane Plant Performance After Two Years of Operation |
| Evelyn You, PE | MTC13-SAT | Enhanced Coagulation and In-Line Filtration with Membranes to Optimize Surface Water Treatment for Regulatory Compliance |
| Russ / Don Swerdfeger / Moore | MTC13-SAT | Comparing Pilot to Full-Scale UF Performance at the West Morgan-East Lawrence Water Authority |
| Tim Rynders, PE | MTC13-SAT | The heat is ON: Startup at ECCV's 10.8 mgd inland RO facility during record breaking temperatures and demands |
| Duane Bryant, PE, PMP | MTC13-SAT | BGD Municipal Pilot Study Results and Conclusions |
| Steven M. Jones, PE | MTC13-SAT | Series UF/NF Membrane Design Meets Objectives for the new Big Spring WTP |
| Ben Movahed, PE, BCEE | MTC15-MCO | Fundamentals of Membrane Technologies |
| Gilbert Galjaard | MTC13-SAT | Ceramac-19 Demonstration Plant Ceramic Microfiltration at Choa Chu Kang Waterworks |
| Steven / Alexander P. / Leila Fann, PE / Matthews, PhD / Maurman, PhD | MTC13-SAT | Demonstration of Ceramic Membrane Filtration Technology for the Removal of DBP Precursors at a Military Installation Potable Water Facility |
| Gary L. Amy | MTC13-SAT | Uniform Pore-Structure Ceramic Membrane for Filtration of Impaired Quality Source Waters |
| Eric Owens, PE | MTC13-SAT | Desalting Southern California: A Looking at Real World Experiences and Performance |
| Leo Cannyn, PMP, PE | MTC13-SAT | Hialeah Reverse Osmosis Plant - Banking for an Environmentally Sound Future |
| Craig Bartels, PhD | MTC13-SAT | Design and performance of Nanofiltration Plants for Municipal Water Supply |
| Jacob M. White, PE | MTC13-SAT | Implementation of an Integrated Membrane System Utilizing 5 Unique Sources |
| Shinjiro / Motoharu Kanaya / Noguchi | MTC13-SAT | Reclaimed wastewater facility using Ozone and Ceramic Membranes |
| Dave Holland | MTC13-SAT | The Evaluation of Cloth Media Filtration (CMF) as Pretreatment to UF in Wastewater Reuse Applications |
| Don DeMichele, PE | MTC13-SAT | Energy Efficiency: ?Getting the Word Out? on Recent Advances in Brackish Water RO Technology |
| Isaac Campos, PhD | MTC13-SAT | Selection and Evulation of Point of use Drinking Water Filtration for Colonias in the Paso Del Norte Region |
| Bryen Woo, PE | MTC13-SAT | Biological Sidestream Ammonia Treatment Utilizing Membrane Thickening of Waste Activated Sludge |
| Anne / Angelique / Karl / Laurent / Jean-Michel / Reynald Brehant / Fabre / Glucina / Guey / Laine / Bonnard | MTC13-SAT | How to make a black box talk? A review of 50 low-pressure membrane autopsies |
| Mohammad / Onita Alresheedi / Basu, PhD, PE | MTC13-SAT | Influence of support media on membrane fouling reduction in submerged membrane reactor |
| Heather / Robert C. / Pierre Wray / Andrews / Berube, PhD | MTC13-SAT | Impact of Surface Shear Stress and Pre-Coagulation on Membrane Fouling |
| Robert G. Maliva, PhD, P.G. | MTC13-SAT | Brackish Groundwater Supply for Desalination: Historical Lessons for Future Implementation |
| Ken Klinko, PE | MTC13-SAT | Water Chemistry Implications of High Recovery Membrane Systems |
| Erika Mancha | MTC13-SAT | Accuracy and Precision of Commercial Software Modeling for Brackish Groundwater |
| Jean-Marc Petit, PE | MTC13-SAT | Scale Up Issues Associated with Large MBR Facilities |
| Mary E. Sadler, PE | MTC13-SAT | Regional Challenges of Planning Wastewater Infrastructure and Effluent Disposal for Southern Outer Banks, NC |
| Edmond Low, PE | MTC13-SAT | New Flat Panel MBR at the City of Kingman Arizona Downtown Facility Reduces O&M Requirements and Enhances Sustainability |
| Thomas Missimer, PhD, P.G. | MTC13-SAT | Technical Feasibility of Using Seabed Galleries for Seawater RO Facility Intakes and Pretreatment: Om Al Misk Island Site, Red Sea, Saudi Arabia |
| Ulrike Hirsch | MTC13-SAT | Antifouling Modification and Application-Oriented Testing of Reverse Osmosis Membranes |
| Mark D. Williams, PhD | MTC13-SAT | Gas Permeable Membranes for Municipal Water Treatment |
| Bill / Dave Travis / Tracey | MTC13-SAT | The Benefits of Enhanced and Accelerated Biological Monitoring Capabilities for Membrane Treatment Optimization |
| Jumeng / Gilbert Zheng, PhD / Galjaard | MTC13-SAT | Ceramac - ceramic microfiltration as pretreatment technology for IJssel Lake water |
| Arun / Joe / Nikolay Subramani / Jacangelo, PhD / Voutchkov, PE, D.E.E. | MTC13-SAT | Minimization of Desalination Energy Consumption Using Emerging Technologies |
| Jonathan / Julie Harn, PE / Nemeth-Harn, PE | MTC13-SAT | Optimizing High Brackish Costal Reverse Osmosis with Energy Recovery: Pasquotank County, NC Case Study |
| Jeremy M. Cook, PE | MTC13-SAT | Design & Permitting for UF/NF System with Surface Water and Groundwater Supplies |
| Jeff Hennings, P.Eng. | MTC13-SAT | How an algae event took down a water treatment plant and the teamwork that saved it |
| Mikael S. Brown, PE | MTC13-SAT | Membrane Process Residual Challenges on the Missouri Plateau |
| Ryan Popko, PE | MTC13-SAT | Zero Liquid Discharge Project Treats Waste Stream For Potable Use |
| Fredrick W. Vance | MTC13-SAT | New Solution for Controlling of Organic and Bio-Fouling in High Pressure Membrane Applications |
| Kevin Alexander, PE | MTC13-SAT | Startup of the Scottsdale Water Campus Large Diameter RO System |
| Fredrick W. / Rajen Gerringer / Budhia | MTC13-SAT | Optimizing MF Performance After Ozone Pretreatment in a Water Reuse Treatment Train |
| Jarrett Kinslow, PE | MTC13-SAT | Pilot Testing for Indirect Potable Reuse in Florida: Clearwater?s Groundwater Replenishment Program Takes the Next Step |
| Tracey Long, PE | MTC13-SAT | MF/UF Membrane Filtration System Construction Startup, Training and O&M Challenges |
| Scott Freeman, PE | MTC13-SAT | Navigating the Regulations: MF/UF Surface Water Treatment in Texas |
| Jordan Hibbs, PE | MTC13-SAT | The Ground is Sinking! Missouri City?s Approach to Reduce The Use of Groundwater |
| Kevin Dufresne, P.Eng. | MTC13-SAT | The Challenges of Defining QCRV for Fully Integral UF/MF Membranes |
| Mike / C. Bruce Blumenstein / Bartley | MTC13-SAT | Comparison of the California Department of Public Health and EPA Protocols for Determination of Ultrafiltration Module Log Removal Values |
| Steve Alt, PE | MTC13-SAT | An Innovative, User Friendly Tool for Evaluating Energy Recovery Devices |
| Eric Kadaj | MTC13-SAT | A Novel Hydraulic Design Method for Centrifugal Equipment to Overcome Membrane System Operating Changes and Maximize Efficiency |
| Lijo Francis, PhD | MTC13-SAT | High Performance Membranes for Sea Water Desalination using Direct Contact Membrane Distillation |
| Bruce Chalmers | MTC13-SAT | Increasing the Overall Recovery Rate at the Leo J. Vander Lans Water Treatment Facility to Greater than 92% |
| Jianjun Qin | MTC13-SAT | Development of Coagulation-MF-Dedicated RO for RO Brine Recovery in Water Reuse |
| Young / John Chul Choi / Shaw | MTC13-SAT | Water Management and Reverse Osmosis (RO) Based Desalination for an Industrial Plant |
| Jinjian / Qilin Wu / Li | MTC13-SAT | Incorporating Anti-Microbial Chemical Loaded Nano-Carriers in Thin Film Composite Membranes for Sustainable Control of Biofouling |
| W. Shane / Luis / Justin / Winnie Walker, PhD / Maldonado / Sutherland, PhD, PE / Shih, PhD | MTC13-SAT | Mass-Transfer Modeling of RO Premeate Post-Treatment by Upflow Calcite Contactors |
| Bryan D. / Dean M. / Pei / Tzahi Y. Coday / Heil / Xu / Cath, PhD | MTC13-SAT | Evaluating Membrane Performance in Osmotically Driven Membrane Processes: Enhancement of Testing Methods for Industrial Wastewater Treatment Applications |
| Dan Hugaboom, PE | MTC13-SAT | UF Membrane Module Interchangeability at the Oden Water Association WTP |
| Zhuang Liu | MTC13-SAT | Membranes Made of PVC?! Validating Innovative Ultrafiltration Membrane through a Cooperative R&D Agreement |
| Richard / Aaron Stratton, PE / Balczewski | MTC13-SAT | Improved Membrane Design Addresses Integrity Issues for the City of Yuba City Water Treatment Plant |
| Justin Sutherland, PhD, PE | MTC13-SAT | Impact of Radium Removal on RO Treatment Residuals During a Demonstration-Scale Pilot Study |
| Malynda Cappelle | MTC13-SAT | Mining for Salts: Recovering Useful By-Products from BWRO Brine |
| Winnie Shih, PhD | MTC13-SAT | Chino II Desalter Concentrate Management Via Innovative Byproduct Resale and Treatment |
| Marie-Laure / Dominique / Nathalie / Bogdan C. / Wolfgang Pype / Patureau / Wery / Donose / Gernjak | MTC13-SAT | Influence of Different RO Membrane Impairments on the Rejection Behaviour of Virus Surrogates - Lab-Scale Study |
| Anwar / Robert C. / David M. Sadmani / Andrews / Bagley | MTC13-SAT | Nanofiltration of Pharmaceutically Active and Endocrine Disrupting Compounds as a Function of Compound Interactions with Surface Water Components |
| Flavia Zraick | MTC13-SAT | Verifying Prediction Models for the Removal of Emerging Contaminants by NF and RO Membranes |
| Charles Liu, PhD, PE, BCEE | MTC13-SAT | Design fatigue test for assessing service life of low-pressure polymeric membranes |
| Jack Mueller | MTC13-SAT | Advancement in Membrane Fouling Analysis Using Chromatic Elemental Imaging |
| Mark M. Benjamin | MTC13-SAT | Reducing Fouling by Adsorptive Precoat Filtration |
| Robert Shoaf, PE, BCEE | MTC13-SAT | Innovative Replacement of MF Membranes After Eight Years of Operation in Byesville, Ohio |
| Charlie He, PE, LEED AP | MTC13-SAT | Setting the Bar Higher Overcoming Inland Concentrate Management Challenges using Pretreatment and Electrodialysis Reversal |
| Sarah / Treavor / Katherine Deavenport / Boyer / Graf | MTC13-SAT | Treatment of Nanofiltration and Reverse Osmosis Concentrates: systematic study of coagulation, precipitation, and ion exchange |
| Brent Alspach, PE, BCEE | MTC13-SAT | Not Just a Better Mousetrap: Outside-the-Box Thinking in Concentrate Management |
| Tom Knoell | MTC13-SAT | From Qualification to Selection: Orange County?s Groundwater Replenishment System RO Membrane Procurement Process |
| Melanie Tan | MTC13-SAT | RO Replacement Criteria at NEWater Factories |
| Frank / Ned / Kevin / Eric Fuchs / Sebez / Tirado / Owens, PE | MTC13-SAT | When Replacing Modules Just Isn?t Enough: West Basin?s Microfiltration System Replacement Evaluation |
| Roberto M. Narbaitz | MTC13-SAT | Field testing of modified CA membranes to remove PPCPs from drinking water |
| Chen / Baicang / Yongsheng / John C. Chen / Liu / Chen / Crittenden | MTC13-SAT | Poly (vinylidene fluoride) Membranes Prepared from Amphiphilic Graft Copolymer |
| Anne M. Mikelonis | MTC13-SAT | Improving Ceramic Membranes by Adherence of Silver Nanoparticles |
| Rudy Chan, P.Eng. | MTC13-SAT | Biological Pretreatment of RO Membranes for Surface Water Treatment |
| John / Carey / Todd Koch, PE, BCEE / Meyer / Cook | MTC13-SAT | ARRG! - My Brand New Membrane Water Plant Produces High Levels of DBP's and the Water is Black!! |
| Stephan Bradley, PE | MTC13-SAT | Coagulation & Direct Filtration |
| Steve Chesters | MTC13-SAT | Cleaning biofouled membranes early improves plant operation. Comparison of autopsy and cleaning results on a small BWRO and large SWRO. |
| Sheng / Harvey / Gary L. Li, PhD / Winters, PhD / Amy | MTC13-SAT | Transparetn Exopolymer Particles (TEP) Production Trends of Two Marine Bacteria: Pseudidiomarina Homiensis and Pseudoalteromonas Atlantica |
| YuJung Chang, PhD, PE | MTC13-SAT | Low Pressure Membrane Pilot/Testing |
| Ben Movahed, PE, BCEE | MTC13-SAT | Pretreatment Strategies for MF/UF |
| Karla J. Kinser, PE | MTC13-SAT | MF/UF Back to Basics Water Reuse & MBR's |
| Scott Freeman, PE | MTC13-SAT | Operations |
| Greg Madden | MTC13-SAT | Section 1a. Membrane Operational Overview Basic Water Chemistry |
| Dan Muff | MTC13-SAT | Section 1. Membrane Operational Overview Membrane Operational Overview Theory, Uses, Types, Styles, and Performance |
| Dan Muff | MTC13-SAT | Section 2. Troubleshooting Membrane Systems |
| Greg Madden | MTC13-SAT | Section 3. Utilizing a Membrane Autopsy as a Troubleshooting Tool |
| Greg Madden | MTC13-SAT | Section 4. Membrane Cleaning |
| Dan Muff | MTC13-SAT | Section 5. System Optimization and Maintenance |
| Amy E. Childress | MTC13-SAT | Pressure-Retarded Osmosis for Water and Energy Sustainability |
| Samer Adham, PhD | MTC13-SAT | Membrane Distillation Using Low Grade Waste Heat |
| Linda Zou, PhD | MTC13-SAT | Graphene electrodes in capacitive deionisation of brackish water |
| Bruce / Younggy / Robert / Craig / Pascal / Gary L. Logan / Kim / Davis / Werner / Saikaly / Amy | MTC13-SAT | Microbial Desalination Cells (MDCs): Desalinating Sea/Brackish Water While Treating Wastewater and Producing Energy |
| Joe / Arun / Joan / Mohammad Jacangelo, PhD / Subramani / Oppenheimer / Badruzzaman | MTC13-SAT | Energy Minimization Strategies and Renewable Energy Utilization in Seawater Desalination |
| Neil Palmer | MTC13-SAT | Desalination and Green Energy in Australia |
| Thomas / Kim Missimer, PhD, P.G. / Choon Ng | MTC13-SAT | Combined-Cycle Solar and Geothermal Powered Desalination |
| Hui Tong Chua | MTC13-SAT | Low Grade Heat Driven Desalination Technology |
| W. John Seifert, Jr., PE | MTC13-SAT | Development of a Sustainable Raw Water Supply |
| Marlo Wanielista Berg | MTC13-SAT | Drinking Water Approval of Desalination Treatment |
| Jill Hudkins, PE | MTC13-SAT | Design for a Brackish Groundwater RO System |
| Bill Stein, PG | MTC13-SAT | Concentrate Management and Disposal |
| V.K. Gupta, PE | MTC13-SAT | Planning for Electrical Distribution and Instrumentation & Controls for Brackish Groundwater Desalination Program Implementation |
| David Timmermann, PE | MTC13-SAT | Project Delivery Theory and Case-History Application |
| Duane Germenis | MTC13-SAT | Produced Water Treatment Equipment |
| Samer Adham, PhD | MTC13-SAT | Advanced Treatment Technologies for Produced Water |
| Arnold Janson | MTC13-SAT | Advanced Treatment Technologies for Produced Water |
| Robert Huehmer, PE | MTC13-SAT | Offshore Enhanced Oil Recovery |
| Colin C. Tyrie | MTC13-SAT | Sample Taking & Data Collections. Is there a possibility of Standardization in Produced Water |
| David J. Pernitsky, PhD, P.Eng | MTC13-SAT | Produced Water Treatment in the Alberta Oilsands |
| Hunter C. Nolen | MTC13-SAT | General Introduction to Shale O&G Development & Environmental Challenges |
| Solmaz / Steven K. / Paul T. Marzooghi / Dentel / Imhoff | MTC13-SAT | Moisture Transport of Sludge through Hydrophobic Membranes: Mathematical Modeling and Application |
| Po-Yen / S. Ismat / Chin-Pao Wang / Shah / Huang | MTC13-SAT | Separation of Low Concentration of Perchlorate Ion in Water by Perchlorate Permselective Membrane with Electrodialysis |
| Nick / Russ Lucas / Swerdfeger | MTC13-SAT | Town of Erie Lynn R Morgan Water Treatment Facility: A Case Study in Long Term Operations of Pressure MF and Submerged UF at the Same Facility |
| Jesus / Tim / Brian / Jim C. / Jason / Jason Garcia-Aleman, PhD, PE / Suydam / MacDonald / Lozier, PE / Kizer / Cadera | MTC13-SAT | Treatment Optimization of the Twin Oaks Valley WTP |
| Wayne Bates | MTC12-PHX | Limits of Energy Savings in Seawater Reverse Osmosis |
| Makrom Shatila, PE | MTC12-PHX | Investigation of a Deep Infiltraiton Gallery Intake for a Large Seawater Desalintation Project |
| Christopher Milligan, PE | MTC12-PHX | An Evaluation of MBR Technology to Meet Stringent Phosphorous Limits |
| John Bratby | MTC12-PHX | Startup of a State of the Art Nutrient Removal MBR Facility Under Stringent Operating Guarantees |
| Naomi / Ben / Bill Jones / Freeman, E.I.T. / Sherwood | MTC12-PHX | Optimization of an industrial Wastewater Treatment Plant Through Implementation of a Membrane Bioreactor and Revese Osmosis System for Reuse |
| Stephen Moylan | MTC12-PHX | Synergistic Use of Ion Exchange and RO Technologies in Multi-Contaminant Removal Applications in Drinking Water |
| Nobutaka / Taku / Yuichi / Yoshihiko Shirasaki / Matsushita / Tatsuki / Matsui | MTC12-PHX | A new approach to estimate norovirus removal performance in a membrane filtration process by using virus-like particles and immuno-PCR method |
| Douglas D. Drury, PhD | MTC12-PHX | Disinfection Capability of Membranes as Tertiary Filters |
| Yuliana Porras Mendoza | MTC12-PHX | New Chlorine Resistant Polyamide RO Membrane |
| Adrea F. / Vasiliki / Patrick / Hau / Robert / Wendell P. Carrol / Karanikola / Mette / Jiang / Arnold / Ela | MTC12-PHX | Solar Membrane Distillation |
| Ufuk Erdal, PhD, PE | MTC12-PHX | Innovative and Developmental Desalination Technologies, Where are we now? |
| Brandon Yallaly, PE | MTC12-PHX | Pilot-Scale Evaluation of Three-Stage Nanofiltration for Treatment of a Hard, Highyl-Colored Groundwater |
| Charles Bedford | MTC12-PHX | High Iron & Silica Challenges in a 2,000 Hour NF Pilot Study |
| Cyril Marconnet | MTC12-PHX | Surface Water Nanofiltration: Comparison of Membrane Pre-Treatment and Conventional Pre-Treatment |
| Syed Zaki / Pierre Abdullah / Berube, PhD | MTC12-PHX | Effects of Chemical Cleaning on Membrane Operating Lifetime |
| Juma Zubeir / Changwon / Catalina / Anthony / Maria / Gary L. Hamad / Ha / Ivovich / Ku, PhD / Kennedy / Amy | MTC12-PHX | Influence of Transparent Exopolymer Particles (TEP) Fouling on UF Ceramic Membranes and Associated Flux Recovery after Membrane Cleaning |
| Isabelle / Rahma / Yvan / Laure / Anne / Karl / Carole / Philippe Baudin / Tamimie / Wyart / Siozade / Brehant / Glucina / Deumie / Moulin | MTC12-PHX | Membrane Characterization by Optical Methods |
| Lance Littrell, PE | MTC12-PHX | Efficiency in Piloting |
| Kerry Brough, PE | MTC12-PHX | Combining Operational and Equipment Improvements to an Electrodialysis Membrane System Produces Substantial Cost Savings and Reliable Water Supply |
| James / Mike DeWolfe, PE, BCEE, CWO / Urrutia | MTC12-PHX | Never a Dull Moment: Meeting Challenges through Optimziation at a West Texas Membrane Water Treatment Plant |
| Zhen-Yu / Victor / Qingyu / Rodrigo / Gary L. Li / Yangali-Quintanilla / Li / Valladares / Amy | MTC12-PHX | A Sequential Batch Reactor - Forward Osmosis System for Water Reuse |
| Suhan Kim | MTC12-PHX | Full-scale simulation of desalination processes using forward osmosis system coupled with reverse osmosis |
| Rodrigo / Victor / Zhen-Yu / Gary L. Valladares / Yangali-Quintanilla / Li / Amy | MTC12-PHX | Fouling and Cleaning of Forward Osmosis (FO) Membranes Recycling a Treated Wastewater |
| Charlie He, PE, LEED AP | MTC12-PHX | Demonstrating Concentrate Minimization Technologies for Inland Reclaimed Water Desalination |
| Brad Biagini, ZDD | MTC12-PHX | Selection Criteria for High Recovery Membrane-Based Technology Solutions to Address Water Reuse and Concentrate Disposal |
| Justin Sutherland, PhD, PE | MTC12-PHX | Removing Radium with RO and Its Effects on Concentrate Disposal Pipeline Material |
| Teresa de la Torre | MTC12-PHX | The IFAS-MBR Process: a compact combination of biofilm and MBR Technology for reuse |
| Ben / Eric Liu / Shinya / Yasuo Freeman, E.I.T. / Hongyu / Sunano / Oda | MTC12-PHX | Retrofitting Singapore's Jurong Water Reclamation Plant with Membrane Bioreactor - Minizing Energy Consumption through Selection of Unique Design Parameters |
| Brian Fraser | MTC12-PHX | MBR/RO Produces Reuse Water Used to Cool a Food Processing Facility |
| Winnie Shih, PhD | MTC13-SAT | RO/NF Back to Basics Workshop: RO/NF Application |
| Richard Chmielewski, PE | MTC13-SAT | NF and RO Design |
| Rob Goodlett | MTC13-SAT | Operation and Troubleshooting |
| Ryan Furukawa | MTC13-SAT | Pretreatment |
| Mark White, PE | MTC13-SAT | MF/UF Water Quality, Performance, and Applications |
| Joseph / Jesus Elarde, PE / Garcia-Aleman, PhD, PE | MTC13-SAT | Membrane System Design Concepts |
| Scott Hekman | MTC12-PHX | Microfiltration and Conventional Treatment - Teaching and old dog new tricks! Lessons learned from an integrated Water Supply in Brown County, Texas |
| Jack Bryck, PE, BCEE | MTC12-PHX | Beyond Regulations-Using Membrane Filtration, RO and GAC in a Water Treatment Plant to Meet Consumers Expectations |
| Mickal Witwer, PE | MTC12-PHX | Combining NF/RO with Ion Exchange Using RO Concentrate and Alternative Regeneration Brine Sources to Treat Multiple Fresh and Brackish Groundwater Supplies at the Lee County Utilities Green Meadows WTP |
| Craig Bartels, PhD | MTC12-PHX | Understanding RO Membrane Fouling at Wastewater Treatment Plants |
| Joseph / Kyle / Victor / Rion / Seval / Anil Wong, PE, BCEE / Sandera, PE / Occiano, PE / Merlo, PhD, PE / Sen, PE / Pai, PE | MTC12-PHX | Cloth Filter and Membranes Pilot Testing at the Hale Avenue Resource Recovery Facility |
| Buddy Boysen, PE | MTC12-PHX | Comparison of 8 and 16-inch RO Designs and Performance at the Scottsdale Water Campus AWT |
| Ing Barbara / William B. / Jane / I. / Peter M. Siembida-Losch, PhD / Anderson, PhD / Bonsteel / Hashemi / Huck, PhD | MTC12-PHX | Comparing two adjacent full-scale drinking water membrane plants |
| Roger Noack, PE | MTC12-PHX | Apples to Apples: How to Conduct a Fair Cost Comparison between Different Membrane Technologies |
| Frans Knops | MTC12-PHX | Waste Water Reuse and Seawater Desalination in China: Two Case Studies |
| Russ / Krishnan Swerdfeger / Sadasivam | MTC12-PHX | Pre-Treatment Selection for Australia's Big Six Desalination Projects |
| Muhammad Tariq / Carmen-Lara de / Jean-Philippe Khan / O. Manes / Croue | MTC12-PHX | Lab Scale Study of Seawater RO Membrane Fouling Dynamics |
| James Fritz, PhD | MTC12-PHX | Selection and Fabrication of Stainless Steels for Optimum Performance in Seawater RO Applications |
| Nico Wolthek | MTC12-PHX | Feasibility of desalination of brackisch groundwater and concentrate disposal by deep well injection |
| Brad Hemken | MTC12-PHX | Zero Liquid Discharge Desalination |
| Frederick Tack, EIT | MTC12-PHX | Sustainable Cost Comparison for Concentrate Management |
| Aura / Youneng / Bruce Ontiveros-Valencia / Tang / Rittmann | MTC12-PHX | Using the Hydrogen-based Membrane Biofilm Reactor to Treat a Groundwater Containing a High Concentration of Perchlorate |
| Dustin / Christopher Whynman, PE / Bellona, PhD | MTC12-PHX | Optimizing an Anaerobic Ceramic Membrane Bioreactor |
| Joshua / Aura / Michelle / Bruce Mcllwain / Ontiveros-Valencia / Young / Rittmann | MTC12-PHX | Mathematical Modeling of Anaerobic Membrane Bioreactors (AnMBR) to Determine its Viability for Municipal Wastewater Treatment |
| Gregg A. McLeod | MTC12-PHX | Utilizing Coagulation Ahead of Membrane Filtration:Controlling Precipitated Particle Charge to Optimize Organic Removal While Simultaneously Reducing Membrane Fouling |
| Glenn Dunkelberger, PE, D.E.E. | MTC12-PHX | Side-by-Side Full-Scale Comparisoin of Disinfection Byproduct Control Conventional Versus Membrane Water Treatment |
| Rudy Chan, P.Eng. | MTC12-PHX | Organics Removal by Integrating UF and NF Membranes to a Conventional Water Treatment Plant |
| Arun / Martine / Steve / Joan / Slavica / Joe Subramani / Poffet, PhD / Durand / Oppenheimer / Dedovic-Hammond / Jacangelo, PhD | MTC12-PHX | Reverse Osmosis Permeate Stabilization Using Micronized Calcium Carbonate: A potential Alternative to Lime |
| Christopher Stillwell | MTC12-PHX | Pilot Testing Confirms Reduced pH and Sclae Inhibitors Controls Scaling at 96-Percent Recovery |
| Winnie Shih, PhD | MTC12-PHX | Post-Treatment of Brackish RO Permeate via Upflow Calcite Contactors |
| Connor / Ali / Neil / Jim / Abbas Hanrahan / Sharbat, PhD / Moe, PhD / Loya / Ghassemi, PhD | MTC12-PHX | Inland Brackish Water Desalination |
| Jeffrey Sellberg | MTC12-PHX | Challenges & Sucesses Operating and Expanding the Newark Desalination Facility |
| Robert Ning, PhD | MTC12-PHX | Cost Saving Potentials in the Operation of Existing RO Plants |
| William / Tom / Larry / Mike Lovins, III, PhD, PE / Jones, PE / VandeVenter / Engelmann, PE | MTC12-PHX | Turning Stormwater and Landfill Leachate into Suitable RO Feed Water |
| Eun-Sik Kim | MTC12-PHX | Optimization of Pretreatment and Reverse Osmosis Membrane Treatment for Desalination of Oil Sands Process-Affected Water (OSPW) |
| Buddy Boysen, PE | MTC12-PHX | Managing Challenges Associated with Retrofitting New MF Trains at the Scottsdale Water Campus |
| Ralph Padilla | MTC12-PHX | Arsenic (As+3) Removal by Standard & High- Rejection RO Membranes and Oxidation to As+5 Prior to RO |
| Bob Raczko, PE | MTC12-PHX | Innovative Use of Gas Permeable Hydrophobic Membranes to Remove VOCs, MTBE/ETBE, Radon, THMs from Drinking Water |
| Eric / Greg / Tom Smith, PE / Wetterau, PE, BCEE / Richardson, PE | MTC12-PHX | How to Choose RO Membranes for IPR |
| Jesus / Jeffery / Korkud / Jim C. Garcia-Aleman, PhD, PE / Beaty, PE / Egrican, PE / Lozier, PE | MTC12-PHX | Re-visiting Membrane Filtration 10 Years Later, Weighing Long Term Operating Track Record vs. the Lure of the Newest High Performer? |
| Sarah C. Clark, PE | MTC12-PHX | All's Well that Ends Well: Getting the Most Out of a Membrane Retrofit |
| Joseph Elarde, PE | MTC12-PHX | Master Planning, Permitting & Construction Challenges of Integrating Florida's First LT2-Compliant MF Facility into an Existing Surface WTP |
| Emmanuel Van Houtte | MTC12-PHX | Experiment with willow to treat RO concentrate at Torreele's water re-use facility in Belgium |
| Samantha Kendrick, P. E. | MTC12-PHX | Improving 2nd Place - Two-Stage Low Pressure Membrane Systems |
| Chandra Mysore, PhD, PE, BCEE | MTC12-PHX | DEVELOPMENT OF A MEMBRANE FOULING INDEX BASED ON PILOT STUDIES WITH LOW PRESSURE MEMBRANES OPERATED UNDER VARYING CONDITIONS AND WATER QUALITIES |
| Lin / Lamar A. / Chengcheng / Orlando Lin / Perry / Feng / Coronell | MTC12-PHX | Relating Water Permeability of Reverse Osmosis and Nanofiltration Membranes to the Polymer Density of their Active Layers |
| Mo Malki | MTC12-PHX | An Evaluation of Corrosion Control Additives for Potable RO Permeate |
| Robert Bergman, PE | MTC12-PHX | Cost of Membrane Treatment: Current Costs and Trends |
| Scott Freeman, PE | MTC12-PHX | Real World Fiber Breakage Rates and Costs |
| Rich Franks, PE | MTC12-PHX | Evaluating the Economics of A Unique Hybrid RO Design |
| Sergio Salinas / Maria / Noreddine / Jan C. / Gary L. Rodriguez / Kennedy / Ghaffour, PhD / Schippers / Amy | MTC12-PHX | New developments in fouling indices: Application in seawater reverse osmosis systems |
| Chun-Hai / Gary L. Wei / Amy | MTC12-PHX | Characterization and Membrane Fouling Potential of Secondary Effluent Organic Matter |
| Seungjin Lee | MTC12-PHX | Comparative Study of the Fouling Characteristics of Ceramic and Polymeric Microfiltration and Ultrafiltration Membranes Treating Surface Waters |
| Christian zum / Gerd / Jolanthe Kolk / Braun / Jaworski | MTC12-PHX | The Performance of Anti-Scalants on Silica-Scaling in Reverse Osmosis Plants |
| Ben Movahed, PE, BCEE | MTC12-PHX | Challenges and Rewards with Design and Construction of 2 MGD Brackish Water RO Plant in Maryland |
| Kenneth J. / Sameet Smith / Master | MTC12-PHX | Pilot Testing of the Lower Hudson River for Potable Water Production |
| Jim C. Lozier, PE | MTC12-PHX | Adapting to the Whims of Nature: Post-Construction Automation of MF/RO Systems within a Large Advanced Water Reuse Plant for Intermittent Operation |
| John D. Zupanovich | MTC12-PHX | Microbiological Control in Thin Film Composite Membrane Systems using a High Purity Chlorine Dioxide Solution |
| Vetrivel Dhagumudi | MTC12-PHX | Wastewater Treatment with MBR & RO for Pulp & Paper Mills |
| Steven / Christopher Duranceau, PhD, PE / Boyd, PhD | MTC12-PHX | Applying Green Chemistry to Resolve Membrane Backwash Recycle Stream Interferences with Conventional Coagulation Processes and the Replacement of Traditional Membrane Cleaning Solutions |
| Karla J. Kinser, PE | MTC12-PHX | Secondary membranes for backwash recovery: Establishing design criteria demonstrating performance expectations, and implementation |
| Steve Chesters | MTC12-PHX | Strategies to prevent silica fouling reducing costs in BWRO systems: Case study for 18,000m3/Day BWRO plant in Arica Chile |
| Dae-Yeong Jeong | MTC12-PHX | New Cheap Ceramic Membranes for Ultra Filtration |
| Katie / John Guerra / Pellegrino, PhD | MTC12-PHX | Comparison of ceramic and polymeric membranes for water treatment application |
| Masaoki / Yoshihiko / Taku / Nobutaka / Tairyou B. Kimura / Matsui / Matsushita / Shirasaki / Ishikawa | MTC12-PHX | Coagulation by novel high-basicity poly-aluminum chloride effectively reduces ceramic membrane fouling and residual aluminum |
| Brent Alspach, PE, BCEE | MTC12-PHX | Strategic Practices and Lessons Learned for Integrating Desalinated Seawater into Existing Systems |
| Stratton Tragellis | MTC12-PHX | Commissioning of Two Large Seawater UF Pre-treatment Systems: Comparing Pressure and Submerged |
| Seung-Min / Jihee / Sangho / June-Seok / Wontae Park / Han / Lee / Choi / Lee | MTC12-PHX | Development of a diagnosis technique for assessing performance of seawater reverse osmosis membrane plants |
| Xia Lijun | MTC12-PHX | Air Sparging on Hollow Fiber Membranes in a Bubble Column Reactor |
| Steve / Gregorio Malloy, PE / Estrada | MTC12-PHX | Irvine Ranch Water District's Successful Implementation of 10-MGD Membrane Bioreactor for Water Recycling |
| Michael Sparks | MTC12-PHX | Integrated Membrane Systems to Meet TOC Discharge Limits in Massachusetts |
| Laure / Jean-Philippe Dramas / Croue | MTC12-PHX | Interaction of Soluble Organicc Matter with metal oxides used as ceramic membrane for drinking water pretreatment |
| William E. Dees | MTC12-PHX | Direct Osmosis-High Salinity Membrane Cleaning & Restoration Technology |
| Andy / Andrew Findlay / Layson | MTC12-PHX | High Rate Clarification as Pre-Treatment to Membrane Filtration |
| Stephanie Sansom, PE | MTC12-PHX | Successful Treatment of High TOC Surface Water with Low Pressure Membranes |
| William Legge, PE | MTC12-PHX | Pre-Treatment on a Challenging Source Water |
| Matthew S. Henney, PE | MTC12-PHX | Are your membranes going downhill? Integrating an Ultrafiltration Plant into a Gravity Water Supply System |
| Thomas K. Poulson, PE | MTC12-PHX | Concentrate Management Wetlands |
| Bob / Henry Lotts / Day | MTC12-PHX | Concentrate Management at Palo Verde Nuclear Generating Station |
| Kevin Alexander, PE | MTC12-PHX | Submerged Membrane (MF/UF) Filtration System Characteristics |
| Benjamin W. Lee, PE | MTC12-PHX | Pressurized Membrane (MF/UF) Filtration System Characteristics |
| Scott Freeman, PE | MTC12-PHX | Ceramic Membrane Filtration System Characteristics |
| Brandon Yallaly, PE | MTC12-PHX | RO/NF Membrane System Characteristics |
| Jim C. Lozier, PE | MTC12-PHX | Membrane Cleaning and System Integrity |
| Greg Wetterau, PE, BCEE | MTC12-PHX | MF/UF Water Quality, Performance, and Applications |
| Jim C. / Paul Lozier, PE / Mueller, PE | MTC12-PHX | Membrane System Design Concepts |
| Ryan Furukawa | MTC12-PHX | Low Pressure Membrane Pilot Testing |
| Wyatt Won | MTC12-PHX | Pre-Treatment Strategies |
| Robert Garcia | MTC12-PHX | Water Reuse and Membrane Bioreactors |
| Clint Wright | MTC12-PHX | Key Procurement Terms & Conditions: A Vendor Perspective |
| Robert Bergman, PE | MTC12-PHX | RO/NF Computer Modeling |
| Roy Daly | MTC12-PHX | Brackish RO Computer Modeling |
| Peter Eriksson | MTC12-PHX | Winflows for Brackish Groundwater RO Design |
| Tom Stocker | MTC12-PHX | Membrane Softening |
| Steven Coker | MTC12-PHX | Computer Aided Design of Nanofiltration Membrane Systems |
| Rich Franks, PE | MTC12-PHX | Waste Water Reclamation Design |
| Wontae / Chang-Kyu / Sangho / June-Seok Lee / Lee / Lee / Choi | MTC12-PHX | South Korea's First 16-inch RO Desalintion Plant: Operation and Maintenance Experience |
| Chandra / Throstur / Kristi / Rhodes Mysore, PhD, PE, BCEE / Crettarson / Perri / Copithron | MTC12-PHX | Technology Evalution and Membrane Pilot Study to Achieve Low-Level Phosphorus Limits for Indirect Potable Reuse |
| Cyril / Tariq / A.R / Jean-Philippe Aubry, PhD / Bezhad, PhD / Anjum, PhD / Croue | MTC12-PHX | Understanding the Mechanism of RO Foulant Deposition Using STEM-EDS |
| Adriano / Roger / Jimmy / Mark / Joel Vieira, PhD, PE / Hughes, PE / Helms / Graves, PE / Cantwell, PE | MTC12-PHX | It is not all about the money - non-economical considerations when selecting a surgace WTP design alternative |
| Wontae Lee | MTC12-PHX | Dynamic Membrane Formation on Submerged Membranes in Bioreactors |
| Rebecca / Henry Clay, PE / Durant | MTC12-PHX | pH Problem? Put it in a bubble and blow it away - South Blount County's Membrane WTP Experience |
| Denis Guibert, PhD, PE | MTC12-PHX | Membrane Retroft of Conventional Water Treatment Plants Applicability, Examples and Lessons Learned |
| Elisabeth / Lindsay / Cory Linton, PE / Housley / Topham | MTC12-PHX | Strategies for Improved Surgace Water Ultrafiltration Including Pretreatment by Solids Contact Clarification |
| Wolfgang / Christian zum Hater, PhD / Kolk | MTC12-PHX | Biofouling Formation in Membrane Systems; Biocides and Complementary Treatments for Biofouling Control; Techniques to Monitor Biofilm Growth |
| Dave / Srinivas / Sunny Argo / Veerapaneni, PhD, PE / Wang | MTC12-PHX | Is Recovering Energy in Low Pressure RO Systems Worth It? |
| Joe / Arun / Mohammad / Joan Jacangelo, PhD / Subramani / Badruzzaman / Oppenheimer | MTC12-PHX | Guidance Development for Energy Optimization and Renewable Energy for Desalination Plant |
| Julia H. Sorensen, PE, LEED AP | MTC12-PHX | Perspectives on Desalination Energy Use and Greenhouse Gas Reduction |
| C. Bruce / Mike / Jeff Bartley / Blumenstein / Adams | MTC12-PHX | Ultrafiltration Membrane Module Virus Reduction at Different Fluxes and With Cut Fiber |
| James Naylor, PE | MTC12-PHX | A Tale of Two Waters: Using a Single Set of Membrane Equipment for Both Direct Filtration and Settled Water Filtration |
| LeAnna Risso | MTC12-PHX | The Importance of MIT Pressures for Membrane in Tertiary Filtration Applications |
| Michael Mickley, PhD, PE | MTC12-PHX | U.S. Municipal Desalination: Plant Statistics and Concentrate Management Practices Issues |
| Sarah Pietsch | MTC12-PHX | RO Membrane and Element Design |
| Richard Chmielewski, PE | MTC12-PHX | NF and RO Design |
| Rich Franks, PE | MTC12-PHX | Pre & Post Treatment to RO |
| Rob Goodlett | MTC12-PHX | Operation and Troubleshooting |
| Joseph Elarde, PE | MTC12-PHX | Economics of Desalting |
| Phil Brandhuber, PhD | MTC12-PHX | Colorado Membrane ZLD Pilot Project: An Update |
| Wendell P. / Robert / Umur Ela / Arnold / Yenal | MTC12-PHX | Minimization of RO Concentrate Volume and Disposal Cost |
| Charlie He, PE, LEED AP | MTC12-PHX | Selecting Treatment and Management Schemes for Inland Brine Concentrate |
| Peter MacLaggan | SAN15 | Carlsbad, Huntington Beach, et. al. A California Update |
| Harold Fravel, Jr., PhD | SAN15 | What?s New for Florida? |
| Jonathan Dietrich, PE | SAN15 | Pretreatment for Pacific and Atlantic Seawater |
| Steven Duranceau, PhD, PE | SAN15 | Post-Treatment of Brackish and Seawater RO Permeate to Create Stable Water |
| Kelly Lange-Haider, PE | TYS15 | MF/UF Technologies |
| Shaleena / Russell Smith / Ferlita, PhD, PE | TYS15 | UF/MF Technologies: Operation and Troubleshooting |
| Jarrett Kinslow, PE | TYS15 | Membrane Operator Certification (MOC) Training |
| Alexis Girard-King | TYS15 | MF/UF Technologies in Automation |
| Thomas Flynn | TYS15 | South Blount Utility District Plant Overview |
| Francis J. Brady | TYS15 | Konsolidator Tubular Membrane Treatment of industrial Wastewater |
| Megan Lee | TYS15 | Advances in UF/MF Autopsies |
| Dennis Livingston, PE | TYS15 | MBR Technologies & Issues |
| Ben Movahed, PE, BCEE | TYS15 | Initial Critical Steps in the Design of Successful Membrane Plants |
| Russ Swerdfeger | TYS15 | Membrane Integrity Testing |
| Saya Qualls, PE, ENV SP | TYS15 | Tennessee's Regulatory Climate for Membrane Treatment of Drinking Water and Wastewater |
| Frans Knops | TYS15 | New Developments in Hollow Fiber Nanofiltration |
| Brent Alspach, PE, BCEE | MTC12-PHX | NF/RO Applications |
| David Stewart, PhD, PE | DEN14 | Water Quality Discharge Permitting Issues for Oil, Gas and Mining Industries Utilizing Membrane Technologies. |
| Thomas D. Wolfe | DEN14 | Desalination Design for Remote Mining Supplies |
| Bruce Bishop | DEN14 | Ceramic Membranes for O&G and Mining |
| Eric Hoek, PhD | DEN14 | High Tempature RO Membranes: Research, Economicas and Opportunities |
| Paul Choules | DEN14 | Desalination Solutions for Offshore IOR/EOR Applications |
| Harold Fravel, Jr., PhD | PHX15 | Overview of Membranes & Terms MF, UF, RO, NF and MBR |
| Jim C. Lozier, PE | PHX15 | A Novel Approach to the Management of RO Concentrate Derived from Coal Seam Gas Water Treatment |
| Angel Bustamante, PE | PHX15 | Advanced Purified WTP Water Quality Sampling and Monitoring for Direct Potable Reuse |
| Michael Boyd | PHX15 | Implementing CCDTM Reverse Osmosis to Minimize Water Footprint |
| Art Nunez | PHX15 | Scottsdale Water Campus Overview & Tour |
| Brandon Yallaly, PE | PHX15 | Checking In on the Chino Concentrate Reduction Facility |
| Karla J. Kinser, PE | PHX15 | Inland Concentrate Methods in the Southwest |
| Mitchell Haws | PHX15 | Wetland Treatment of Reverse Osmosis Concentrate |
| Troy Walker | PHX15 | Are Operations Ready for Direct Potable Reuse? |
| Eric Owens, PE | PHX15 | Squeezing Every Last Drop |
| Bernie Mack | PHX15 | Membrane Systems For Sustainable Solutions |
| Hiep Le | PHX15 | Operating RO Plants in Remote Locations |
| Greg Madden | PHX15 | Chemistry of Difficult to TreatWaters |
| Ben Movahed, PE, BCEE | PHX15 | 11 Years of Successful Brackish Water RO Membrane Operation with High silica in well water |
| Russ Swerdfeger | YYZ15 | MF / UF Technologies |
| Ben Movahed, PE, BCEE | YYZ15 | NF / RO Basics |
| Fraser Kent, PhD, PE | YYZ15 | MBR Technologies |
| Bill / Larry Mundy / DeMers | YYZ15 | Effectively Using Particle Counters on a |
| Jeff Hennings, P.Eng. | YYZ15 | Lakeview OBM2 and Lorne Park WTPs |
| Susan Guibert, PE | YYZ15 | Case Study - OMND Plant in North Dakota |
| Karin Pratte, PE | YYZ15 | Operating Microfiltration at the North Bay Water Treatment Plant |
| Samantha Kendrick, P. E. | YYZ15 | Push or Pull: Two Case Studies for UF |
| Brett Bloxam | YYZ15 | York Region?s Membrane Journey |
| Jesus Garcia-Aleman, PhD, PE | YYZ15 | Universal vs. Proprietary MF/UF System Designs -Which one is right for you? |
| Shahram Tabe, PhD, PE | YYZ15 | Membranes for Drinking Water Treatment |
| Andre Schnell, M.Eng., PE | YYZ15 | Membranes for Sewage Treatment |
| Scott Freeman, PE | YYZ15 | Operations & Costs for Membrane Surface Water Treatment 10 Years After Startup |
| Jim / Boey Birkett / Marchena | SAN15 | Early Desalination in the Caribbean with a Focus on the Netherlands Antilles |
| Hany Said | SAN15 | Thermal & Membrane Technology |
| Randy Truby | SAN15 | Development, Current Status, and Future Potential of SWRO Membrane for Desalination |
| Chip Harris | SAN15 | Energy and Membrane Desalination: Reduction and Recovery in a historical perspective |
| Troy Walker | SNA14 | Seawater Design Hurdles |
| Rich Franks, PE | SNA14 | New Developments in RO |
| Wayne Wright | SNA14 | Overview - Wells 21 and 22 Treatment Plant |
| Dennis Livingston, PE | SNA14 | What's New in (Flat Plate/Sheet) MBR? |
| Steve Dishon | SNA14 | Reverse Osmosis Facility Operational Cost Optimization |
| Scott McClelland, PE, BCEE | SNA14 | Iron and Manganese Removal at a Brackish Water Desalination Facility |
| Frank Fuchs | SNA14 | Treating Water for Industrial Use |
| Michael Bourke | SNA14 | Design, Procurement & Fabrication - An OEM Perspective |
| Harold Fravel, Jr., PhD | CHS14 | Differences in MF/UF and RO/NF Membrane Properties |
| Mo Malki | CHS14 | Optimizing Removal of Scalants and Foulants during Membrane Cleaning |
| Anthony Colon | CHS14 | Water Treatment Options for Coastal Communities to Meet Stage 2 DBP Rule |
| Tom Seacord, PE | CHS14 | Post-Treatment Concepts for Seawater and Brackish Water Desalting |
| Mark White, PE | CHS14 | MF / UF / MBR Technologies |
| Russell Ferlita, PhD, PE | CHS14 | RO Concentrate Recovery and Waste Minimization (ZLD) |
| Denis Guibert, PhD, PE | CHS14 | Introduction to Nanofiltration and Reverse Osmosis |
| Julie Nemeth-Harn, PE | CHS14 | Hilton Head-South Island Public Service District-Case Study |
| Bill Jenkins | CHS14 | Forest Trails MBR Plant into the 21ST Century |
| John Potts, PE | CHS14 | Membrane Concentrate Disposal in Coastal Carolina |
| Matthew Shoesmith, PE | CHS14 | Case Study Dixon Water Treatment Plant North Carolina |
| Jim Ouellet | CHS14 | Mount Pleasant Waterworks |
| Ian C. Watson, PE | CHS14 | 25 Years of Membrane Water Treatment on the Outer Banks of North Carolina |
| Ben Movahed, PE, BCEE | CHS14 | Various Membrane Solutions for Different Applications in Northeast |
| Bill Kohl | DEN14 | Chemical Based Desalination for ZLD of Produced Water |
| Ron LeBlanc | DEN14 | Impacts of Water Management in the Oil & Gas Industry on Western Water Supplies |
| Tim Rynders, PE | DEN14 | Converting Produced Water into Drinking Water |
| Jim C. Lozier, PE | DEN14 | Membrane Based Treatment of RO Concentrate from Treatment of CSG Associated Waters |
| Tzahi Y. Cath, PhD | DEN14 | Integrated Membrane Systems for Treatment of Produced Water and Frac Flowback Wastewater |
| Jaeho Ho, PhD, PE | DEN14 | Low Energy No Aeration MBR for Mining Wastewater Treatment |
| Bob Goltz | DEN14 | Protect your Membranes: Pretreatment Options for Reuse and Recycle of Oilfield-Produced Waters |
| Tony Urciuoli | DEN14 | MBR Opportunities in Oil & Gas Water Treatment |
| Rich Franks, PE | DEN14 | Tailoring Membrane for Offshore Seawater Use |
| Karla J. Kinser, PE | DEN14 | Brine Treatment from RO Systems - What are the options and what is real? |
| Rachel Zuback | DEN14 | Turning Waste to Value: Produced Water Treatments to Supply Oil Field Fluids |
| Paul Clayton | DEN14 | Membrane Based Water & Wastewater Treatment Solutions for the Mining Industry |
| Erik D. Desormeaux, PE | DEN14 | New Development in FO Membranes |
| Bob Wenta | DEN14 | Operation of Petro MBRs |
| Peter O'Connell | BRO13 | Basics of Low Pressure Membrane Technology |
| Don Roach | BRO13 | Managing Growth in a Desert |
| Jarrett Kinslow, PE | BRO13 | Overview of the Proposed RO Facilities for the San Antonio Water System Desalination Project |
| Buddy Boysen, PE | BRO13 | Issues Surrounding Produced Water and Membrane Treatment |
| Harold Fravel, Jr., PhD | SLC13 | RO/NF Basics & Terminology |
| Rob Goodlett | SLC13 | Membrane Autopsy |
| Ryan Oberg, PE | SLC13 | MBR Basics |
| Dan Hugaboom, PE | SLC13 | MF/UF Membrane Replacement |
| Tom Seacord, PE | SLC13 | Options RO/NF Residual Management in the Salt Lake Valley |
| Julie Nemeth-Harn, PE | SLC13 | Troubleshooting RO/NF Operations - Data Collection & Analysis |
| YuJung Chang, PhD, PE | SLC13 | Considerations for MF/UF Procurement, Design & Operation |
| David McLean, PE | SLC13 | RO Case Study: Southwest Groundwater Treatment Plant |
| Stephanie Sansom, PE | SLC13 | Troubleshooting MF/UF Operations -Data Collection & Analysis |
| Peter O'Connell | SLC13 | MF/UF Membrane Basics & Terminology |
| Chad Busch | SLC13 | Plant Case Study: Park City |
| Russ Swerdfeger | SLC13 | MF/UF Residuals - Lessons Learned |
| Gordon Evans | SLC13 | Jordan Basin Water Reclamation Facility: The Ups and Downs of Start Up |
| Robert Worley, PE | SLC13 | Overview of the Holliday Water Company, MF Treatment Plant |
| Robert / Ying-Ying Hart, PE / Macauley, PE, | SLC13 | Implementation of Utah's Drinking Water Regulations & Cases of Membrane Treatment Plant Review |
| Ray Berkin | DTW14 | Converting from Lime Softening to Reverse Osmosis and Iron Removal |
| Lee Durham | DTW14 | Advancements in Green Chemistry for Membrane Systems |
| Scott Freeman, PE | DTW14 | The Alphabet Soup of Membrane Abbreviations |
| Mark White, PE | DTW14 | MF/UF Design Considerations |
| Eric Kadaj | DTW14 | Energy Recovery: Maximizing Energy Savings in Low Pressure RO Systems |
| C. Russell Davis | DTW14 | Great Lakes Membrane Treatment Experience |
| Wayne Langeland, PE | DTW14 | Maximum Capacity/Minimum Space Surface Water Treatment Using Membranes at New Baltimore |
| Denis Guibert, PhD, PE | DTW14 | MF/UF Developments: Universal Rack Design and Process Convergence |
| Trevor Wagenmaker, PE | DTW14 | Reverse Osmosis Concentrate Disposal in Michigan: Successes, Failures & Challenges Going Forward |
| Patrick Cook, PE | DTW14 | A Regulator's View of Membranes |
| C. Bruce Bartley | DTW14 | Overview of NSF International Facility |
| Lynne Gulizia | DTW14 | Predicting the Next Generation of Membrane Advancements |
| Chris Townley, PE | DTW14 | Membrane and MBR Use at Saganing Eagles Landing Casino Standish, Michigan |
| Robert Shoaf, PE, BCEE | DTW14 | Organics Removal from Ohio Surface Water Source Using UF and NF Membranes |
| Ben Movahed, PE, BCEE | DTW14 | Basic Understanding of NF and RO Processes |
| Greg Wetterau, PE, BCEE | SNA14 | Design-Build: An Engineer's Perspective |
| Steve Alt, PE | SNA14 | Design Considerations for Low Pressure Reverse Osmosis |
| Robby Isbell | SNA14 | Not Your Mommas Treatment Process |
| David Faber | SNA14 | Municipal vs. Industrial Design Differences |
| Mike Spaetzel | ORF13 | JCSA's Five Forks RO Plant after 8 years |
| John Potts, PE | ORF13 | Handling of Membrane By-Products |
| Ron / Adrianna Harris / Dimperio | ORF13 | Groundwater Desalting and Drought-Relief |
| Greg Madden | ORF13 | Membrane Scale Control and Chemical Feed |
| Russ Swerdfeger | ORF13 | Memcor Membranes in VA: Past, Present, & Future |
| Tom Stanton | ORF13 | VA Pant Case Studies - Pall Facilities |
| Jarrett Kinslow, PE | ORF13 | Indirect Potable Reuse: The Next Horizon for Membrane Water Treatment |
| Daniel Horne | ORF13 | VA Regulations related to Membrane Plants |
| Ben Movahed, PE, BCEE | ORF13 | Basic Understanding of Membrane Filtration and Reverse Osmosis Technologies |
| Harold Fravel, Jr., PhD | DSM13 | The Role of Membranes in the Future of Water |
| Ken Robinson | DSM13 | RO Troubleshooting, Brining Analytical & Chemistry Together |
| Brian Hoellein, PE | DSM13 | Membranes and Ozone on the Missouri River at Emmons County WTP |
| Scott Freeman, PE | DSM13 | MF/UF Operator Training: Transitioning from Granular To Membrane Filters |
| Tom Seacord, PE | DSM13 | Why RO Operators Don't Whistle While They Work and What to do About It |
| Mark White, PE | DSM13 | MF/UF Design Considerations |
| Dan McGinnis | DSM13 | Nitrate Removal at the Central Iowa Water Associations' RO Plant |
| Annika Bankston, PE | DSM13 | 8 Years and 40,000 Miles: Minneapolis Columbia Heights Membrane Plant |
| Mike McCurnin | DSM13 | Operation of Saylorville WTP (UF and RO) |
| Kevin Dufresne, P.Eng. | DSM13 | Immersed vs. Pressure for Low Pressure Membranes, A Manufacturers Perspective |
| Denis Guibert, PhD, PE | DSM13 | Overview of Low, Medium, and High Pressure Membrane Systems |
| Vito / Julie Trupiano / Nemeth-Harn, PE | DSM13 | Regional Application Issues for NF/RO Treatment |
| Bill Cole | DSM13 | Membranes on the Mississippi at Keokuk's Lime Softening WTP |
| Brian Noma | DSM13 | Membranes: A Regulators View |
| Michael Oneby | DSM13 | Costs of Membrane WTPs |
| Rick Mach | DSM13 | Membranes at Sioux City's Southbridge Regional Water Treatment Plant |
| Harold Fravel, Jr., PhD | BRO13 | Membrane Directions and Improvements |
| Mo Malki | BRO13 | Chemicals for Pretreatment in Texas |
| Tim Kirk, PE | BRO13 | RO Monitoring and Troubleshooting |
| Judy Adams | BRO13 | Overview - SRWA Brackish Groundwater Treatment Facility |
| Justin Sutherland, PhD, PE | BRO13 | Practical Alternatives to Demonstration-Scale Pilot Testing in Texas |
| Steven Coker | BRO13 | Basics of RO Membrane Technology |
| James Lee Murphy, Esq | BRO13 | Desalination and Energy Co-Location in Texas: Opportunities and Challenges |
| Troy Walker | BRO13 | Large Scale Desalination The Australian Experience |
| Gil Turner | BRO13 | Case Study of the Membrane Performance at Southmost |
| Don McGhee, CWS-VI | BRO13 | Industrial Applications for Membranes |
| Bill Norris, PE | BRO13 | City of Beeville - Feasibility Study |
| David Hochhaus | BRO13 | Total Cost of Ownership: Optimizing MBR Energy and Operating Expenses |
| Ben Movahed, PE, BCEE | IAD12 | General Membrane Plant Controls |
| Steve Whelley | IAD12 | SCADA |
| Harold Fravel, Jr., PhD | MIA12 | Membrane Retrofitting for Power Savings |
| Michael Liggins | MIA12 | On-Site Chlorine Generation |
| Coley Ali | MIA12 | Piloting to Decrease Chemical Consumption |
| Jeff Bergman | MIA12 | VFDs and How They Save Money |
| Ray Simokubo | MIA12 | Membranes in Paradise Hydrating the Florida Keys |
| Bob Oreskovich | MIA12 | Benchmarking Major Electrical Usage at Devices to Assure Optimal Operation |
| Julie Nemeth-Harn, PE | MIA12 | Selecting an Energy Recovery Process for the North Lee County RO WTP Expansion |
| Jim Andersen | MIA12 | Reduce Supply Well TDS Increases for Power Savings |
| Mark Miller, PE | MIA12 | ERD Case Study-Glades Regional WTP |
| Matthew / Sean Charles, PE / Chaparro | MIA12 | Incorporating Sustainability in Desalination Plant Planning to Reduce Overall Project |
| Ryan Popko, PE | MIA12 | Raw Water System Efficiency |
| Glenn Dunkelberger, PE, D.E.E. | MIA12 | Piloting to Increase Product Recovery |
| Larry Smith | MIA12 | Discounted Electrical Rates |
| David Brown | MIA12 | Get Your Head Out of the Sand! Planning for Asset Renewal & Replacement |
| Amanda Barnes, PE | MIA12 | Jupiter Cash for Cost Savings Program |
| Ben Movahed, PE, BCEE | MIA12 | Reducing Operating Costs of Desalination Plants |
| Ray Eaton | OGG12 | Pretreatment Options for High Silica Waters |
| Ron Hay | OGG12 | Flexible Membrane Bioreactor Design for R-1 Recycle Water |
| Keith / Kawika Okamoto / Uyehara | OGG12 | The Big Island Embraces Membranes |
| Mark Maki | OGG12 | Desalination for Multiple Use - Golf, Resort and Residences: The Kukio Experience |
| Julie Nemeth-Harn, PE | OGG12 | Membrane Filtration Pressure Systems - An OEM's Initiative for Flexibility in Design that Avoids Proprietary Issues |
| Mehul Patel, PE | OGG12 | Use of Membrane Processes for Reuse - The Orange County California Experience |
| Eric Owens, PE | OGG12 | Membrane Filtration Retrofit and Implementation |
| John / Aaron Kutilek / Balczewski | OGG12 | Hollow Fiber Ultrafiltration Membrane System Construction |
| John / Aaron Kutilek / Balczewski | OGG12 | An Overview of the Kamole Water Treatment Plant |
| Mike Miyahira | OGG12 | Regulatory Considerations for Hawaii Membranes |
| Lynne Gulizia | OGG12 | What the Future Holds in the Membrane Industry |
| Andrea Cumming, E.I. | OGG12 | Controlling Disinfection By-Products Originating form the Waikamoi Raind Forest at the Pi'iholo Water Treatment Plant |
| Steven Duranceau, PhD, PE | OGG12 | Overview of the Water Research Foundation's Tailored Collaboration with the County of Maui Department of Water Supply and the University of Central Florida |
| Craig / Dwayne Maples / Amos | ORF13 | Overview of the Northwest River Water Treatment Plant |
| Vernon Land | ORF13 | City of Suffolk EDR Membrane Plant - Case Study |
| Graham Best, P.Eng. | ORF13 | VA Plant Case Studies - GE/Zenon Facilities |
| Jonathan Harn, PE | ORF13 | Membrane System Components |
| David Briley, PE | ORF13 | Case Study, Currituck County, NC - OBX & Mainland Membrane Plants |
| C. Russell Davis | MCI11 | Big City Membrane Performance in a Small Plant Package |
| Ben Movahed, PE, BCEE | MCI11 | Membrane Applications for Various Water Quality Issues |
| Mike Schnieders | MCI11 | Troubleshooting RO Systems |
| Tom Schrempp, PE | MCI11 | Design & Operations of the WaterOne 31 mgd Wolcott WTP |
| Michael Sparks | SEA12 | Airlift MBR- The Hybrid Membrane Bioreactor |
| Dan Hugaboom, PE | SEA12 | MBR/MF/UF Membrane Basics & Terminology |
| Roderick Reardon, Jr, PE | SEA12 | A RE-Evaluation of the Economics of the MBR Process - Has a Tipping Point Been Reached? |
| Joel Rife | SEA12 | Design and Operation of Membrane Bioreactors for Nutrient Removal and Reuse |
| Denis Guibert, PhD, PE | SEA12 | MBR/MF/UF Technology Status and Trends |
| YuJung Chang, PhD, PE | SEA12 | Considerations for MF/UF Procurement, Design & Operation |
| Tom Giese | SEA12 | Retrofitting the Arlington Treatment Plant with MBR Technology - Challenges and Results |
| John / Robert Komirita / Bucher | SEA12 | Brightwater Treatment Plant : Design, Construction, and Operational Experiences for the Nations Largest MBR |
| Ben McConkey | SEA12 | A Tale of Two Screens & Other MBR Things |
| Michael McWhirter | SEA12 | Nanaimo South Fork WTP Procurement & Design Case Study |
| Tom Kennedy | SEA12 | Low Pressure Membrane Plant Conversion to Meet LT2 Standards |
| Russ Swerdfeger | SEA12 | Membrane Operational Issues :Clarifier & UF Chemistry |
| Stratton / Paul Tragellis / Gallagher | SEA12 | Accelerated Testing Protocols for Membrane Development |
| Duncan Millar | SEA12 | Toray Flat Sheet MBR Case Study |
| Sam Perry | SEA12 | Low Pressure Membrane Filtration: A State Perspective |
| Brett Grossnickle | IAD12 | Controls and SCADA at the Cranberry Membrane Filtration Plant |
| Dan Dragland | IAD12 | A PLC Primer - Introduction to PLC Programming |
| Greg Most | IAD12 | The Application of Simplified Statistical Variance Techniques to Enhance the Detection of Filtration Integrity Loss |
| Monica Cortez | IAD12 | Control Logics & Programmable Logic Controller ( PLC) Programming |
| Daniel Robinson | IAD12 | Handheld Devices and Sample Kits |
| Lance Littrell, PE | IAD12 | PLC Programming & Instrumentation |
| Ed Houchens | IAD12 | Instrumentation Overview & Best Practice Examples |
| Alberto Garibi | IAD12 | Optimization of a Membrane Treatment System Through Advanced Control Strategies |
| William Dudak | IAD12 | "GIGO" The Importance of Instrument Calibration |
| Loreen Villacorte, MSc | MIA11 | Fouling of UF/MF Membranes: the Role of Transparent Exopolymer Particles (TEP) in Seawater |
| Christopher Boyd, PhD | MIA11 | Post-Sedimentation Ultrafiltration Membrane Performance for a Florida Surface Water Supply |
| Jayapregasham Tharamapalan | MIA11 | Demonstration of Sulfuric Acid Elimination in a Brackish Water Reverse Osmosis Membrane Process |
| Steven Duranceau, PhD, PE | MIA11 | Physical and Chemical Post Treatment |
| Steven Duranceau, PhD, PE | MIA11 | Integrating Ultrafiltration Within Conventional Coagulation Facilities and the Unintended Consequence of Membrane Maintenance Chemicals Entering Conventional Recycle Streams |
| W. Shane Walker, PhD | MIA11 | Hollow-Fiber MF for Household Potable Treatment in El Recreo, Ecuador |
| Saied Delagah | MIA11 | Naturally Chlorine Resistant, High Salt Rejection Cellulose Acetate Reverse Osmosis Membranes |
| Ved Vedavyasan | MIA11 | Integrity Testing and Certification - An Overview |
| Ved Vedavyasan | MIA11 | Membrane Bioreactor Advancements - An Overview |
| Brad Biagini, ZDD | MIA11 | Zero Discharge Desalination (ZDD) Technology Yields High Recovery of Irrigation Water for Reuse |
| Ben Movahed, PE, BCEE | MIA11 | Lessons Learned from Six Years of Successful Operation of the JCSA 5 mgd Brackish Water RO Plant in Virginia |
| Alberto Tiraferri | MIA11 | Binding Nanomaterials to Membrane Surface for Biofouling Control |
| Ron Davis | SMF11 | A Unified Voice for Water Desalination and Salinity Management in the Golden State |
| Eugene Leung | SMF11 | Low Pressure Membrane Regulations |
| Tom Seacord, PE | SMF11 | Membrane Systems Residuals Management |
| Brian MacDonald | SMF11 | Twin Oaks Valley WTP: 3 Years of Operation |
| Craig Olson, PE | SMF11 | Town of Healdsburg MBR |
| Richard Stratton, PE | SMF11 | Combined Membrane and Conventional Filter Water Treatment Plant - Case History |
| Carl Spangenberg, PE | SMF11 | IRWD's Experience with MBR |
| Brent Alspach, PE, BCEE | SMF11 | Enhancing Recovery at MF/UF Systems |
| Mehul Patel, PE | SMF11 | MF/UF Basics |
| Bryen Woo, PE | SMF11 | Membrane Thickening Aerobic Digestion Process |
| Sarp Sekeroglu, PE | SMF11 | Selection of MF or UF for MBR |
| Brad Reisinger, PE | SMF11 | Failure Modes of MF/UF Membrane Systems |
| Kevin King | SMF11 | Lessons Learned at the Gibson Canyon Water Treatment Plant in Vacaville, CA |
| Susan Guibert, PE | SMF11 | MBR Operation and Maintenance |
| Pony Yim | SMF11 | Investigation to Mitigate Manganese Precipitation Downstream of Ultrafiltration Plant |
| Ian C. Watson, PE | MCI11 | RO/NF Basics |
| Brian Hoellein, PE | MCI11 | Membrane Procurement and Installation/Retrofit of Small to Medium Size Installations |
| Scott Freeman, PE | MCI11 | Membrane Applications - Capital and Operating Costs |
| Andrew / Jeff Slotterback, PE / Klein, PE | MCI11 | Case Study: New RO Plant Solves Hardness, Sulfate and Nitrate Issues for Kansas Town (Clay Center, KS) |
| Michelle A. / Lester Wirth, PE / Estelle, Sr. | MCI11 | City of Olathe Membrane Filtration |
| Harold / Kelly Fravel, Jr., PhD / Lange-Haider, PE | MCI11 | Thin Film and Hollow Fiber Membrane Construction |
| Jason Diamond, PE | MCI11 | Trends in MBR Energy Consumption: Past, Present and Future |
| Bob Oreskovich | MCI11 | Membrane Plant Operations and Management - Things to Watch Out for from a Management Perspective |
| Dan Clair, MS, PE, | MCI11 | Kansas Department of Health & Environment: Permitting Requirements for Membrane Installations |
| Bill Musiak | MCI11 | MF/UF Design Considerations |
| Viraj / Don deSilva, PhD, PE, BCEE / Koci | MCI11 | Design & Operation of Hutchinson, KS RO Plant |
| Miller Truby | MCI11 | Chemical Applications - Pre/Post/Cleaning Membrane Systems |
| Alfredo Andres | MIA11 | Public-Private Partnership Projects Influence on Cost and Performance for Seawater Desalination Projects |
| Raghavender Joshi, PE, PMP | MIA11 | Design Considerations for a New Surface Water Treatment Plant with Multiple Raw Water Supply Sources |
| Val Frenkel, PhD, PE | MIA11 | From Reverse Osmosis to Forward Osmosis: What to Expect |
| Changwon Ha | MIA11 | Ozone - Ceramic Membrane Hybrid for Treatment of Impaired Quality Water Sources |
| Chris Kuzler, PE | MIA11 | Concentrate Disposal |
| Bill Lazenby | MIA11 | Membrane Cleaning |
| Phillip Locke, PE | MIA11 | Keep the Plant Alive - How Integrating RO Solves One City's Water Quality Issues |
| Joe Jacangelo, PhD | MIA11 | Removal of Selected Pharmaceuticals and Personal Care Products by Magnetic Ion Exchange, Ultrafiltration and Reverse Osmosis in Synthetic and Natural Waters |
| Yurfa Glenny | MIA11 | Miami-Dade's Reuse Pilot Program - Investigates the Limits of Technologies to Meet Ultra-Low Levels of Nutrients and Micropollutants |
| Jane Kucera | MIA11 | Fouling Abatement: Proper Reverse Osmosis System Design |
| CJ Kurth | MIA11 | Utilizing Nanotechnology to Enhance RO Membrane Performance for Seawater Desalination |
| Jeff Mosher | MIA11 | California Seawater Reverse Osmosis Updates |
| Tom Knoell | MIA11 | Time to Replace Your RO Membranes - Lessons From Two Premier California Water Recyclers |
| Stephen Polk | MIA11 | Projecting, Budgeting and Maintaining Membrane Facilities Costs |
| George Agwu Nnanna, PhD | MIA11 | An Empirical Assessment of Solvent-Solute-Membrane Interaction on Development of Fouling |
| George Agwu Nnanna, PhD | MIA11 | Parametric Study of Ultrafiltration Membrane in Oily Wastewater |
| Francis Boodoo | MIA11 | Using Cyclic Ion Exchange Softening with Antiscalant Dosing to Increase RO Recovery |
| Gilbert Galjaard | MIA11 | SIX-Ceramic: New Pre-Treatment Techniques for Surface Water Treatment |
| Sarp Sekeroglu, PE | MIA11 | Introducing Desalinated Seawater into an Existing Distribution System: A Corrosion Study |
| C. Robert Reiss, PhD, PE | MIA11 | The City of Clearwater's 6.25 mgd RO WTP #2 (5.0 mgd AADF) - The Water Supply Planning Process and What We are Building |
| Glenn Dunkelberger, PE, D.E.E. | MIA11 | Integration of Nanofiltration in Non-Saline Potable Water Treatment |
| Ian C. Watson, PE | MIA11 | Jupiter's Innovative "Split-Feed" NF Train Design Results in Significant Power Savings - Town of Jupiter, Florida |
| Howard Steiman, PE | MIA11 | A Practical Approach to Inland Concentrate Disposal in Texas |
| Joe Dysard, II | MIA11 | Hialeah RO Plant - Alternative Delivery Works |
| Buddy Boysen, PE | MIA11 | Pretreatment |
| Wendy Broley, PE | MIA11 | Impact of Secondary Wastewater Treatment Processes on Downstream Membrane Performance |
| Krishnan Sadasivam | MIA11 | Pilot to Full Scale Plant Design - Reality Check Focus on Adelaide Desalination Plant |
| Stratton Tragellis | MIA11 | Pilot to Commissioning Focus on Southern Seawater Desalination Plant UF System |
| Emilie Moore, PE | MIA11 | Membranes to the Rescue: Providing Potable Water System Reliability |
| Jarrett Kinslow, PE | MIA11 | Instrumentation & Controls |
| Jarrett Kinslow, PE | MIA11 | Trends in Membrane Treatment in the Southeast United States: A Survey of Membrane Process Applications and Innovations |
| Jarrett Kinslow, PE | MIA11 | Improving Membrane Plant Reliability and Equipment Life Through Corrosion Protection: Lessons Learned in the Design, Operation, and Maintenance of Membrane Treatment Facilities |
| Jarrett Kinslow, PE | MIA11 | Feasibility of Seawater Treatment for the City of Port St. Lucie, FL: Domestic Challenges and Solutions for Implementation |
| Jonathan Bundy, PE | MIA11 | Ohio County Water District: Treatment Technology Selection, Testing and Design for Future Regulatory Compliance |
| Jorge Arroyo, PE | MIA11 | What is the Future of Desalination Development in the U.S.? Where are the Funding Sources? |
| Yaolin Liu | MIA11 | Biofouling of Forward Osmosis Membranes: Mechanisms and Fouling Control |
| Miller Truby | MIA11 | Realizing a Wide Range of Improvement with a New and Unique Brine Seal Design for Spiral-Wound Membrane Elements |
| Mike Snodgrass | MIA11 | Managing Peak Flows in Membrane Bioreactors (MBR) |
| Helga Calix | MIA11 | Visualization of Transparent Exopolymer Particles (TEP) on Fouled Membranes |
| Douglas Brown, PE, BCEE | MIA11 | Brine Minimization Alternatives |
| Erik D. Desormeaux, PE | MIA11 | Sand City Desalination Plant: Operations, Performance, and Cost Case Study |
| James Ferguson, PE | MIA11 | An Answer to South Florida's Sustainable Water Supply |
| Kurt Kiefer, PE, BCEE | MIA11 | Dania Beach Design/Build Stimulates Membrane Plant Upgrade |
| Layla Llewelyn | MIA11 | Selecting a Membrane Filtration System for RO Pre-Treatment: The South District Experience |
| Rao Sankarmanchi, PE | MIA11 | Pretreatment Issues for a UF/RO Landfill Leachate Treatment Plant |
| Jim C. Lozier, PE | MIA11 | Validation Testing of a Full-Scale RO System for Pathogen Removal at the Gippsland Water Factory |
| Jim C. Lozier, PE | MIA11 | Comparing the Sustainability of Three Different Indirect Potable Reuse Treatment Schemes |
| Joseph Elarde, PE | MIA11 | Study, Design, and Permitting of an LT2-Compliant Surface Water Membrane Filtration Facility in Florida |
| Rajah Augustinraj, PE | MIA11 | Optimizing Pretreatment for an Integrated Membrane Facility Treating a Challenging Florida Surface Water |
| Robert Bergman, PE | MIA11 | Dual-Membrane Feasibility for Multi-Contaminant Removal at a Large-Capacity Inland Surface Water Treatment Plant |
| Robert Huehmer, PE | MIA11 | Optimization and Modeling of Energy Recovery Devices in Reverse Osmosis |
| Scott Boettcher, PE | MIA11 | Design Solutions for Achieving a Zero Liquid Discharge Water Treatment Facility |
| Steven Gong | MIA11 | A Comparison of Environmental Impact Issues for Seawater Desalination Vessels vs. Land-Based Desalination Systems |
| Ufuk Erdal, PhD, PE | MIA11 | Combined Desktop and Bench-Scale Study to Identify Most Suitable Water Stabilization Option |
| Scott Hekman | MIA11 | Ingenuity with a North Texas Brackish Water Source |
| Pawel Krzeminski | MIA11 | Investigations into Energy Efficient Full-Scale Membrane Bioreactors |
| Mark Eyers | MIA11 | Control of Calcium Phosphate Scale in Wastewater Reuse RO Systems |
| Jonathan Dietrich, PE | MIA11 | Basics of MF, UF, and RO |
| Mizu Dela Cruz | MIA11 | Effect of Antiscalant on Chemical Precipitation of Intermediate Concentrate |
| Angela Yeung | MIA11 | Effectiveness of Chemical Addition Pretreatment and Optimization of Ultrafiltration Membrane for Surface Water Treatment |
| Harold Fravel, Jr., PhD | MIA11 | Membrane Mathematics |
| John Balliew, PE | MIA11 | Performance of High-Rejection RO Membrane Trivalent Arsenic and Inorganic Ion Removals |
| Satish Shaligram | MIA11 | Energy Recovery Devices for Brackish Water Reverse Osmosis Systems |
| Berrin Tansel, PhD, PE, BCEE | MIA11 | A Hybrid System for Intensified Wastewater Treatment: Coupling a Packed Bed Bioreactor with Immobilized Activated Sludge Culture with Membrane Filtration |
| David Duncavage | MIA11 | The Growing Use of Advanced Energy Recovery Devices in Brackish Water RO Facilities |
| Ignacio Cadena, PE | MIA11 | Membrane Pilot for a Direct Reuse Application: Engineering an MF/UF & RO Pilot |
| Jason Kizer | MIA11 | 3 Years Zenon Zebox Testing, Port Hueneme, CA |
| Russel Kyle, PG, CHG | MIA11 | Utilization of Subsurface Slant and Vertical Well Intake Systems for Desalination Feed Water Supplies |
| George Brown, PE | MIA11 | Analysis of Alternative Corrosion Inhibitors on Nanofiltration Finished Water Corrosivity |
| Jorge C. Atoche, PE | MIA11 | Design, Construction and Operation of the City of Fort Lauderdale Peele-Dixie Membrane Plant |
| Mario Benisch, PE | MIA11 | Testing the Limits of Biological Phosphorus Removal in a Membrane Bioreactor |
| Mario Benisch, PE | MIA11 | Improving Tertiary Membrane Filtration Low Level Phosphorus Removal with Chemical Sludge Aging |
| Mark Graves, PE | MIA11 | Ceramic Membranes with Direct Filtration vs. Polymeric Membranes with Settling or MIEX Pretreatment |
| Roger Noack, PE | MIA11 | Comparison of RO to VSEP for Reuse at a ZLD Power Plant |
| Benjamin Weaver | MIA11 | Integration and Long Term Operation of a 23.8 mgd Hollow Fiber Ultrafiltration Membrane Surface Water Treatment Plant with Virus Removal in France |
| Craig Bartels, PhD | MIA11 | Four Year Operation Experience of a Large-Scale UF/SWRO Integrated Membrane Plant |
| Steven Peck, PE | MIA11 | Sustainable Agriculture - Optimizing Membrane Usage for Water Conservation |
| Keith Lampi | MIA11 | Forward Osmosis as a Tool for Developing Sustainable Industrial Water Ecologies for Hydraulic Fracturing Dependent Gas Exploration |
| Roger Tominello | ELP10 | RO Membrane Cleaning |
| Karl Wood, Ph.D | ELP10 | Brackish Water Resources of New Mexico |
| Rex Sistex | ELP10 | Controlling Process Integrity and Treatment Costs through Automated and Online Monitoring |
| Kristina Mena, PhD | ELP10 | Quantitative Risk Assessment: Promoting Public Health through Membrane Technology |
| Anthony Tarquin, PhD, PE | ELP10 | Concentrate Volume Reduction |
| Thomas Davis, PhD | ELP10 | ZDD Technology |
| W. Shane Walker, PhD | ELP10 | Concentration of Supersaturated BWRO Concentrate with Electrodialysis |
| Randy Shaw | ELP10 | Brackish Groundwater National Desalination Research Facility |
| Ian C. Watson, PE | DAY11 | RO/NF Basics |
| Ken Robinson | DAY11 | Chemical Applications - Pre/Post/Cleaning Membrane Systems |
| Ron / Chris Dickerson, PE / Everett, PG., CPG | DAY11 | Deep Well Injection - Working in Marysville with Ohio Discharge Permitting |
| Sam Swanson, PE | DAY11 | Case Study - MegaMagnum Installation: Large Membranes for a Small Plant: Tate Monroe Water Association Freedom Crossing WTP |
| David Opferman, PE | DAY11 | Case Study: Operating Costs for Minster Ohio Membrane Softening Plant |
| Harold Fravel, Jr., PhD | DAY11 | Thin Film and Hollow Fiber Membrane Construction |
| Julie Nemeth-Harn, PE | DAY11 | Membrane Applications - Capital and Operating Costs |
| Karla J. Kinser, PE | DAY11 | MF/UF Design Considerations |
| Karla J. / Tom Kinser, PE / Scherack | DAY11 | City of West Carrollton: Membrane Plant Upgrade |
| Judy Stottsberry, PE | DAY11 | Membrane Permitting Process: Requirements and Recommendations |
| Peter Waldron | DAY11 | MF & UF Membranes |
| Steven Duranceau, PhD, PE | DAY11 | Submersed versus Pressure Membrane Applications |
| Robert / Lisa Shoaf, PE, BCEE / Hendricks | DAY11 | Design and Operations NAWA 7.7 MGD NF Water Treatment Plant Tripp City, Ohio |
| Ben Movahed, PE, BCEE | DAY11 | Membrane Applications for Various Water Quality Issues |
| Nicolas Ratkovich | MIA11 | Computational Fluid Dynamics of Two MBR Configurations |
| Jorge Malfeito Sanchez | MIA11 | Scaling and Organic Fouling: Analytical Approach for a Sustainable Desalination Plants Operation |
| William Lovins, III, PhD, PE | MIA11 | Got Milk of Lime? RO Permeate Mineralization for Enhanced Finished Water Stability |
| John MacHarg | MIA11 | Optimized Seawater Desalination Testing, Port Hueneme, CA |
| Michael Jaubert | MIA11 | Comparative Evaluation of Pretreatment Devices for Reverse Osmosis Feed Water |
| Jesus Antelo, CEM | MIA11 | City of Miami Beach's Implementation of a MBR Scalping Plant |
| Mo Malki | MIA11 | A Direct Relationship between Calcium Phosphate and Silica Fouling in Wastewater RO Systems |
| Mo Malki | MIA11 | Water Chemistry |
| Jim Lauria | MIA11 | Improving Recovery by Treating Back Flush Water |
| Paul Petrey | MIA11 | Innovative New Desalination Well Design |
| Steven Gagnon | MIA11 | Seawater Treatment System Design for Potable Water and Plant Distribution |
| Bradley Sessions | MIA11 | Optimizing Brackish Water Reverse Osmosis for Affordable Desalination |
| Brandon Yallaly, PE | MIA11 | Designing the World's Largest NF System for the Miami Dade Water and Sewer Department's 165-MGD GWUDI Upgrades Project |
| Don DeMichele, PE | MIA11 | Implementing Energy Recovery Technology at the North Lee County RO WTP |
| Don DeMichele, PE | MIA11 | Upgrading the North Lee County Water Treatment Plant with Energy Recovery |
| Jennifer Stokke, PhD | MIA11 | Acid Elimination at the North Lee County RO WTP: From Concept to Operation |
| Justin Sutherland, PhD, PE | MIA11 | Effects of Extended Operation and Air Leaks on RO Membranes During a Brackish Groundwater Desalination Pilot Study |
| Winnie Shih, PhD | MIA11 | Optimized Brackish Water Desalination, TWDB, El Paso, TX |
| Dave Davis | PDX10 | Optimizing Treatment to Meet Water Quality Needs: Operation of Slow Sand and Membrane Treatment Facility |
| Pete / Jay Farrelly, PE / MacPherson, Jr., PhD, PE | PDX10 | Regulatory Approval for Membranes in Oregon |
| Coley Ali | PDX10 | Chemical Cleaning MF/UF Systems |
| Nathan Antonneau, PE | PDX10 | MBR Air Scour Efficiency: Plug Flow vs. Bubble Flow |
| Christine Owen | PDX10 | Surface Water Treatment Rule Update (LT2) |
| Ben Movahed, PE, BCEE | PDX10 | Low Pressure Membrane Technologies (MF/UF) Their Applications and Costs |
| Rick Bond, PE | ELP10 | WRF Concentrate Research |
| Robert McCandless, PE | ELP10 | Removal of Microconstitutents by NF/RO: A Summary of Recent Research |
| Douglas Brown, PE, BCEE | ELP10 | Special Applications for Drinking Water Membranes |
| Mark Threadgill | ELP10 | Alamogordo Regional Water Supply: New Mexico's First Large-Scale Municipal Desalination Project |
| Scott Reinert, PE, P.G | ELP10 | Deep Well Injection for Concentrate Disposal - Overview |
| Anai Padilla | ELP10 | Public Education: the Keys to Acceptance |
| Peter Waldron | ELP10 | Turbochargers for BWRO Systems |
| John Jansing | ELP10 | Horizon Regional Municipal Utility District |
| Paul Diaz | ELP10 | Treating Extreme pH Waters with Membranes |
| Michael Gabaldon | SAN10 | Can Osmotic Power Play a Role in the America West? |
| Allan Hoffman | SAN10 | Renewable Energy R&D Activities at the U.S. Department of Energy |
| Loreen Villacorte, MSc | SAN10 | Irreversible Fouling of Ultrafiltration Membranes Caused by Transparent Exoplymer Particles (TEP) in Seawater UF-RO Treatment |
| S. Assiyeh Alizadeh Tabatabai | SAN10 | (Inline) Coagulation or Precoating for Seawater UF/RO Systems? |
| Aihua "Richard" Zhu | SAN10 | Reverse Osmosis Desalination: Thermodynamic Restriction and Process Economics |
| Alex Bartman | SAN10 | Nonlinear Model-Based Control and Optimization in an Experimental Reverse Osmosis Desalination Process |
| Brian McCool | SAN10 | Field Evaluation of Brine Demineralization for High Recovery RO Desalination |
| Eric Hoek, PhD | SAN10 | Nanostructured Membranes for FO and PRO Applications |
| Han Gu | SAN10 | Demonstration of Feed Flow Reversal Operation in an Automated "Smart" RO Pilot System |
| Han Gu | SAN10 | Field Demonstration of Rapid RO Process Evaluation with a "smart" RO Pilot System |
| John Thompson | SAN10 | The Kinetics of Gypsum Crystallization in the Presence of Biofilm on RO Membranes |
| Nancy Lin | SAN10 | Performance of Nanostructure RO/NF Membranes |
| Sirikarn Surawanvijit | SAN10 | Removal of Metal Oxide Nanoparticle Suspension via Coagulation Integrated with Membrane Filtration |
| Steven Duranceau, PhD, PE | SAN10 | History of Synthetic Membrane Processes and FO |
| Steven Duranceau, PhD, PE | SAN10 | Determination of Total Iodide in Seawater Permeate |
| Evan Hatakeyama | SAN10 | Development of a Novel Polymer Membrane with Uniform, Sub-1-Nanometer Pores for Desalination |
| W. Shane Walker, PhD | SAN10 | Inland BWRO Concentrate Concentration by Electrodialysis |
| Akongha Ndosack Lambert, PhD | SAN10 | Results of a Pilot Project to Modernize and Enlarge the Water Treatment Plant Irsch of the Public Services Trier-Germany for the Treatment of Reservoir Water, Using Ultra Filtration |
| Nerman Maximous, PhD | SAN10 | Comparative Assessment for the Performance of ZrO2/PES and Al203/PES Membrane for Wastewater Filtrations |
| Willard Childs | SAN10 | Pumping & Energy Recovery Advancement for Seawater Desalination - Reducing Energy Costs |
| Christian Cabral, PE | SAN10 | Side Stream MBR for Refinery Wastewater Reuse |
| Josh Faucette | SAN10 | Ceramic Membranes and Powder Activated Carbon: Enhancing Permeability Recovery and Taste and Odor Removal |
| Wyatt Won | SAN10 | Innovative Approaches to Optimizing Sulfuric Acid Consumption at West Basin MWD |
| Ian C. Watson, PE | PDX10 | RO/NF Basics |
| Dan Hugaboom, PE | PDX10 | MF/UF Integrity Testing |
| Elisa Garvey | PDX10 | Emerging Contaminants - Membranes to the Rescue! |
| Paul Mueller, PE | PDX10 | Use of Coagulants in MF/UF Applications - Case Studies |
| John Giffin | PDX10 | Membranes Now and For the Future |
| Chris Allen, PE | PDX10 | MBR Basics |
| YuJung Chang, PhD, PE | PDX10 | Steps to Achieve Sustainable MF/UF Operation |
| Bryan Black, PE | PDX10 | Coordinated Delivery of the Membrane Filtration Facility, St Helens Oregon |
| Jude Grounds, PE | PDX10 | Design, Construction and Start-Up of Tri-City Water Pollution Control Facility |
| David Osgood | SAN10 | DBP Control with Enhanced Coagulation and UF in Palatka, FL |
| Christopher Hill, PE | SAN10 | Implementation and Technology Challenges for a Regional Seawater Desalination Facility |
| Bob McVicker, PE | SAN10 | Treatment of High Color, Low TDS Groundwater Using Low Rejection Polyethersulfone Nanofiltration Membranes |
| Michael Mickley, PhD, PE | SAN10 | Overview of Global Inland Desalination Concentrate Management - Situations, Challenges, and Technologies |
| Geno Lehman | SAN10 | Evaluation of MF/UF Membranes for Surface Water Treatment Using MIEX, Enhanced Coagulation and Softening |
| James DeCarolis, Jr., PE | SAN10 | Drought Relief by Water Reuse in Queensland, Australia: The Murruma Downs Advance Water Treatment Plant |
| Jude Grounds, PE | SAN10 | How to Implement a Membrane Bioreactor Facility Under a Tight Schedule |
| Karla J. Kinser, PE | SAN10 | Testing Multiple Treatment Trains for Wetlands Rehydration |
| Stefani Harrison | SAN10 | Findings of a Pilot Study for Desalinating Highly Brackish Waters with Fluctuating Water Quality |
| Stephanie Sansom, PE | SAN10 | Gibson Island AWTP - One Year of Operational Results |
| Brad Biagini, ZDD | SAN10 | Zero Discharge Desalination (ZDD) Technology - High Recovery Solution for Inland Desalination to Significantly Reduce Brine Disposal |
| CJ Kurth | SAN10 | Improved Seawater Desalination with Nanocomposite Membranes |
| Chuyang Tang, PhD | SAN10 | Asian/Singapore Developments of FO and PRO |
| Jacob M. White, PE | SAN10 | Pretreatment Options for Removing Arsenic and Iron before Membrane Treatment |
| C. Bruce Bartley | SAN10 | Membrane Product Specific Challenge Test Results under the LT2ESWTR with Endospores as Cryptosporidium Surrogate |
| Rob / Richard L. McGinnis / Stover, PhD | SAN10 | Energy Efficient Osmosis/Sid Loeb's Impact |
| Mehul Patel, PE | SAN10 | Why Operating Membrane Plants Can Drive You Nuts - Operation of the 70 MGD GWR Systems |
| Tom Knoell | SAN10 | Groundwater Replenishment System: Operation from Pilot, Demonstration, and Full-Scale Systems |
| Ved Vedavyasan | SAN10 | MBR - Membrane Bioreactor Applications - A Detailed Study |
| David Kopchynski, PhD, PE | SAN10 | Successful Procurement, Design, Construction, and Operation of Five Membrane Facilities for Washington State Parks |
| Ying Ma, PhD | SAN10 | Increasing SWRO Efficiencies through Turbocharger Optimization |
| Francis Boodoo | SAN10 | Optimizing RO Recovery Using Cyclic Ion Exchange "free regenerant" Technology |
| Joel E. Bowdan, III | SAN10 | Performance of Various Halophytes for Concentrate Volume Reduction |
| Sarp Sekeroglu, PE | SAN10 | San Pasqual Temporary Brackish Desalination Demonstration Facility |
| Glenn Dunkelberger, PE, D.E.E. | SAN10 | Comparison of Reverse Osmosis Post-Treatment Methods |
| Robert Macias | SAN10 | Operation of Groundwater Desalination Pilot Plant in South Texas: Challenges and Lessons Learned |
| Cesar Lopez | SAN10 | Camp Pendleton Seawater Desalination Project Feasibility Study |
| Ben Mattes | SAN10 | Development of Thin Film Composite Hollow Fiber Membranes |
| Mark Thompson | SAN10 | Microfiltration System Monitoring & Optimization |
| Thomas Missimer, PhD, P.G. | SAN10 | Technical and Economic Analyses of Intake Options for the Proposed 700 L/s Tia Maria Seawater RO Treatment Facility in Southern Peru |
| Wm. Scott Manahan | SAN10 | Feasibility Study for an Alternative Intake for a Proposed Seawater Reverse Osmosis Plant on Aruba |
| Eric Owens, PE | SAN10 | Developing RO Cleaning Strategies based on Minimizing Energy and CIP Costs |
| Eric Owens, PE | SAN10 | Comparison of RO Membrane Performance: From Qualification Testing to Full Scale Application at West Basin MWD |
| Eric Owens, PE | SAN10 | Membrane Cleaning/Autopsy |
| Geir Brekke | SAN10 | The Statkraft Prototype Plant |
| Dean Brown | SAN10 | An Owner's Perspective of the MBR Procurement Process: Tejon, CA |
| Jeffery Kolpa | SAN10 | Successful Antiscalant Field Trail and Dosing Optimization at Higher Feed Sea Water pH and Temperature-Larnaca Desalination Plant |
| Miller Truby | SAN10 | Automating and Customizing RO Membrane Performance Monitoring: The Optimum Data Normalization Tool for Plant Managers and Operators |
| Warren Casey, PE | SAN10 | Operating and Monitoring the Performance of Energy Efficient Low Pressure RO Membranes on High Saline Portions of the Floridian Aquifer |
| Mike Snodgrass | SAN10 | Reuse of Industrial Wastewater Contaminated with Heavy Metals |
| Robert Huehmer, PE | SAN10 | MF/UF Pretreatment in Seawater Desalination: Applications and Trends |
| Ufuk Erdal, PhD, PE | SAN10 | Using State of Art Approaches to Manage Concentrate Streams - A Case Study |
| Heidi Luckenbach, PE | SAN10 | Cost-Effective SWRO Brine Disposal Using an Existing Effluent Outfall |
| Tzahi Y. Cath, PhD | SAN10 | Nanostructured Membranes for FO and PRO Applications |
| Harold / Kelly Fravel, Jr., PhD / Lange-Haider, PE | SAN10 | Seawater Desalination Pretreatment |
| Steven Coker | SAN10 | A Cost Effective Method to Conduct Field Trial Evaluations of Newly Developed RO Module Technology |
| Yanxiao Yuan | SAN10 | Fouling Resistant RO Membrane with Novel Membrane Chemistry |
| Sherwin Gormly | SAN10 | Forward Osmosis Research at NASA |
| Jeremy Martin | SAN10 | Brackish Water Desalination - Energy and Cost Considerations |
| Brian Codianne | SAN10 | Membrane Bioreactor Design Considerations to Ensure Reliability and Sustainability |
| Anditya Rahardianto, PhD | SAN10 | The Role of Brine Management in the Optimization of Brackish Water Desalting with High - Permeability RO Membranes |
| Scott Hekman | SAN10 | Improved Concentrate Recovery for Reverse Osmosis Treatment of Brackish Groundwater |
| David Drew, PE | SAN10 | Introduction to MFC Membrane Technology |
| David Drew, PE | SAN10 | Energy and Carbon Footprint Reduction in Desalination using MFCs |
| Matthew Trzcinski, PE | SAN10 | Reducing the Carbon Footprint of a Brackish Water RO Plant |
| Sophia Liskovich | SAN10 | Design Considerations and Economic Implications of the Nation's Largest Gravity Siphon Membrane Plant |
| Timothy Glessner, PE | SAN10 | NF Allows Seamless Integration of Groundwater Supply with Existing Surface Source |
| John Civardi | SAN10 | High Tech and History - Operational Experience with the City of New Brunswick's 15 MGD MF Plant |
| Richard Cisterna, PE | SAN10 | Implementing MF/ RO/and UV in the Northeastern US - A Sustainable Approach to Solving Water Supply Challenges at the University of Connecticut |
| Adriano Vieira, PhD, PE | SAN10 | Membrane Piloting with Challenging Water Quality |
| Amy Miller, PE | SAN10 | Ceramic Membranes Provide a Solution for Fisheries Enhancement and Water Supply Needs |
| Jami Cerone | SAN10 | Got Treatment? What About a Place for the Waste?' The Need to Develop a Concentrate Management Plant Prior to Desalination Treatment Selection |
| Mark Graves, PE | SAN10 | Corrosion Pipe Loop Studies for a New Desalinated Brackish Groundwater Source in San Antonio |
| Teresa Konda | SAN10 | Council Bluffs Water Works South Water Treatment Plant - Integrated UF/RO Treatment Processes |
| Thomas Engle, PhD | SAN10 | Decentralized Approach to Growth Management Using MBR's |
| Alex Anit | SAN10 | Design and Operation of a Hybrid RO System using Energy Saving Membranes and Energy Recovery to Treat Southern California Ground Water |
| Ben Freeman, E.I.T. | SAN10 | Advancing the Use of Integrated Membrane Bioreactor-Reverse Osmosis Technology to Reclaim Wastewater Thru Pilot Testing |
| Rich Franks, PE | SAN10 | Demonstrating Improved RO System Performance with New Low Differential (LD) Technology |
| Wayne Bates | SAN10 | Brackish Water RO and NF Operation on High TDS Feed Waters |
| Mark Lambert | SAN10 | Membranes and Systems for Forward Osmosis |
| Claude Laflamme | SAN10 | The Development of Alternative and Renewable Sources of Energy and the Role of the Osmotic Power in the Context |
| Kai Zhang, PhD, EI | SAN10 | Shingle Springs WWTP - An Operator Friendly Membrane Bioreactor for Water Reuse |
| Sam van der Zwan | SAN10 | A Hydraulic Performance Evaluation of an Osmotic Power Plant with Spiral Wound Hollow Fiber Modules |
| Martin Heijnen | SAN10 | How to Calculate the Particle Log Reduction Value for Hollow Fiber Ultra-Filtration Membrane Installations Based on Pressure Decay Test Results |
| Carl Spangenberg, PE | SAN10 | One Utilities Experiences on Permitting for Desalter Brine and Concentrate Recovery to Minimize Disposal of Reusable Resource |
| Val Frenkel, PhD, PE | SAN10 | Bay vs. Ocean Desalination Concentrate |
| John Potts, PE | SAN10 | Planning for Commissioning and Start-up of the First Center Discharge Nanofiltration Plant |
| John Potts, PE | SAN10 | Membrane Nomenclature |
| Tom Troyer | SAN10 | Operator Management Tools for Riding the Wave |
| Ben Antrim | SAN10 | Optimizing Energy Consumption of MBR Systems |
| Scott Heibel, EIT | SAN10 | How can Full-Scale Membrane Operating Parameters be Obtained from a Performance Study |
| Brian Fraser | SAN10 | POREFLON Hydrophilic PTFE MBR |
| Albert Ortiz | SJU10 | Case History: Experiences on Start Up and Operation of Membranes for Industrial Wastewater Treatment & Water Reuse |
| Carsten Owerdieck | SJU10 | Immersed Membrane Bioreactors for Water Reuse |
| Ryan Furukawa | SJU10 | RO Operation and Troubleshooting , |
| Christopher Hill, PE | SJU10 | Implementing Regional Desalination in Florida: Technical and Project Challenges |
| Ashok / Anders Duggal / Hallsby | SJU10 | Implementing Best Practices for RO Systems |
| Randall Majerle | SJU10 | Water Quality Considerations for Concentrate Recovery Membrane Systems |
| C. Robert Reiss, PhD, PE | SJU10 | RO Master Planning for New Providence, Bahamas ., |
| Shawn Meyer-Steele | SJU10 | Increasing Seawater RO Plant Production while Reducing Energy Consumption and Plant Cost for the Island of St. Maarten |
| Steven Duranceau, PhD, PE | SJU10 | Desalting Permeate Conditioning and Handling Needs |
| Lawrence Jessup | SJU10 | Caribbean Seawater RO Case Studies |
| Ben Movahed, PE, BCEE | SJU10 | The Basics of Low Pressure RO |
| Ben Movahed, PE, BCEE | SJU10 | Salt Rejecting Membranes - What are They, What Can They Do? |
| Ronald / Donald Abraham, PE, BCEE / Thompson, PhD, PE | TYS10 | Permitting & Discharge Issues & Concerns |
| Ken / Sam Reynolds / Harrison | TYS10 | Overview of City of Alcoa's Submerged Ultrafiltration (UF) Water Treatment Plant |
| Randal Braker, PE | TYS10 | Case History: 10 MGD UF Water Treatment Plant - After 5 years of Operations |
| Nick Jackson, PE | TYS10 | Case History: Beaver Creek Wastewater Treatment Plant - 6 MGD UF MBR |
| Wendy / Steve Creek / Flynn | TYS10 | Case History: McCroskey Island Water Treatment Plant - 12 MGD MF Plant |
| Eric Kadaj | TYS10 | Advancement of Energy Recovery Devices in Membrane Separation Applications |
| Mike Bernard, PE | TYS10 | Case History: Retrofit of the 1960's Murfreesboro Plant to Membranes |
| Henry / David Durant / Haas | TYS10 | Overview of Isom Lail Memorial Water Treatment Plant Henry Durant, South Blount County Utility District |
| Steven Duranceau, PhD, PE | TYS10 | Tightening the Membranes - Nano and RO Membranes: Why do I need more pressure? |
| Ben Movahed, PE, BCEE | TYS10 | Introduction and Applications of Low Pressure Membranes, Micro and Ultrafiltration |
| Jorge Malfeito Sanchez | SAN10 | Desalination as a Sustainable Alternative for Water Supply: Case Studies |
| Anntoinette Lyons, PE | SAN10 | Troubleshooting and Optimization of an Ultrafiltration Surface Water Treatment Plant |
| Jim Lauria | SAN10 | Balancing Economics and Ecology: Choosing the Best Pre-Filtration Technology for Your Membrane System |
| Ray Eaton | SAN10 | RO Chemistry |
| John McArdle | SAN10 | Lessons for the Desalination Industry to Consider from Municipal Wastewater Treatment Permitting to Successfully Navigate Concentrate Outfall Issues |
| Sunny Wang | SAN10 | Pretreatment Optimization for an Impaired Groundwater Supply |
| Brian Bernados | SAN10 | RO for Indirect Potable Reuse & Emerging Contaminant Control in CA |
| Bradley Sessions | SAN10 | Reclaiming the Game of Golf at Pebble Beach |
| Brandon Yallaly, PE | SAN10 | Meeting Criteria for Water and Wastewater Systems Simultaneously Using Reverse Osmosis and Zero Liquid Discharge Technology |
| Charlie He, PE, LEED AP | SAN10 | Implementing a Proven Inland Concentrate Volume Reduction Technology: Practical Planning and Design Considerations for Intermediate Concentrate Chemical Stabilization |
| Graham Juby, PhD, PE | SAN10 | Reversible RO Operation Demonstrates Benefit for Reducing Membrane Fouling |
| Justin Sutherland, PhD, PE | SAN10 | Effects of Pretreatment on RO Membranes During a Brackish Groundwater Desalination Pilot Study |
| Tom Seacord, PE | SAN10 | Managing Brackish RO Concentrates |
| Vincent Roquebert | SAN10 | Three Years of Operation at the Hemet Water Filtration Plant |
| Dustin Klempel, PE | SAN10 | Microfiltration Treatment of Acid Rock Drainage |
| Greg Wetterau, PE, BCEE | SAN10 | Impact of Source Water on Indirect Potable Reuse - Is More Pretreatment Always Better? |
| Kent Whiting, LG | SAN10 | Identifying the Causes and Possible Solutions to High Recovery RO Membrane Fouling |
| Kurt Kiefer, PE, BCEE | SAN10 | Challenges in Designing a Reverse Osmosis System for a Tidally Influenced Surface Water Source with Wide Variations in Salinity and Temperature |
| Jim C. Lozier, PE | SAN10 | MF/UF Basics |
| Jim C. Lozier, PE | SAN10 | Taking Beneficial Use of Wastewater to a New Level - Combining Advanced Water Reclamation for Indirect Potable Reuse with Beneficial Use of Concentrate |
| Jacob M. / Jesus White, PE / Leal | AUS09 | Seawater Desalination in Texas - The Methodology &
Results of Piloting Membrane Pretreatment |
| Charles Liu, PhD, PE, BCEE | AUS09 | Examples of Pressure-Based Testing by Membrane Manufacturers |
| Chuck / Ronald Morgan / van't Oever | AUS09 | Low Energy, External Membranes Simplify Plant Upgrades to Membrane Bioreactor Process |
| Stephen Polk | AUS09 | Partnering with Owner, Engineer & Contractor to Maintain "Cost and Schedule" |
| Nikolay Voutchkov, PE, D.E.E. | AUS09 | Latest Developments in Pumps and Energy Recovery |
| Sarp Sekeroglu, PE / Mustafa Yarkin | AUS09 | Utilizing Halophytes for Concentrate Volume Reduction at San Pasqual |
| C. Robert / Mark Reiss, PhD, PE / Worsham | AUS09 | Pretreatment & Design Considerations for Large Scale Seawater Facilities |
| James C. (Jim) Vickers, PE | AUS09 | Discussion of Sensitivity Calculations |
| Dennis Barnes | AUS09 | Aerated Anoxic MBR Processes for Enhanced Nutrient Removal |
| Jill / Jarrett Hudkins, PE / Kinslow, PE | AUS09 | Feasibility of Seawater Treatment in the United States: Domestic Challenges & Solutions for Implementation |
| Jill / Jarrett Hudkins, PE / Kinslow, PE | AUS09 | City of Port St. Lucie Builds for the Future: Sustainable Supplies for One of the Fastest Growing Cities in the United States |
| Marlo Wanielista Berg | AUS09 | Regulator Perspectives in Implementing the USEPA Membrane Filtration Guidelines |
| Kelly Lange-Haider, PE | AUS09 | Working Bugs Out-Literally! |
| Hector Garcia | AUS09 | Enzyme-Enhanced Membrane Bioreactors: Upgrading Wastewater Treatment For Reuse |
| Masaru Kurihara, PhD | AUS09 | Latest Membrane Technology (RO, UF & MBR) and Membrane process (IMS) |
| Nobuya Fujiwara, PhD | AUS09 | Seawater Desalination by Hollow Fiber RO Membrane |
| Evan Hatakeyama | AUS09 | Novel Polymer Materials For Improving Water Filtration Membranes |
| Benny D. Freeman | AUS09 | Novel Fouling Resistant Membranes for Produced Water |
| Desmond Lawler | AUS09 | Reverse Osmosis Recovery Maximization |
| W. Shane Walker, PhD | AUS09 | Investigation of Electrodialysis for RO Concentrate Treatment |
| Anthony Tarquin, PhD, PE | AUS09 | Cost Effective Volume Reduction of RO Concentrate |
| Thomas Davis, PhD | AUS09 | Concentrate Management Strategies for Inland Desalination |
| Willard Childs | AUS09 | Capital & Energy Cost Reduction for Seawater Desalination |
| Paul Choules | AUS09 | Membrane (MF & UF) Pre-treatment Design & Operational Experience From Three Seawater RO Plants |
| Ben Movahed, PE, BCEE | AUS09 | Update of Large Vessel-Based Mobile Seawater Desalination Plants |
| Paul / Cesar Shoenberger, PE / Lopez | AUS09 | California SWRO Update |
| Scott Bodensteiner | AUS09 | Potential Ecological Enhancement Associated with Desalination Plant Operations |
| Patrick Clifford, PE | ORD09 | Greening Water Treatment: Energy Reduction and Green House Gas |
| Barney Fullington, PE | ORD09 | Geneva RO Water Treatment Facility |
| Tom Seacord, PE | ORD09 | Energy and Cost Implications of Concentrate Disposal in Inland Areas |
| Mark White, PE | ORD09 | Retrofitting Conventional Filters to Membranes PE |
| Jesus Garcia-Aleman, PhD, PE | ORD09 | Integrate Membrane Systems. |
| Mike Thomas | ORD09 | Lake Forest Water Treatment Plant (Pressurized UF |
| Wayne Bates | ORD09 | Introduction to Nanofiltration and Reverse Osmosis |
| Jerry Kuhn | ORD09 | Membrane Systems in Illinois |
| Robert Huehmer, PE | ORD09 | Future of Membrane Technology |
| C. Russell Davis | ORD09 | Algonquin Water Treatment Plant (Submerged MF/UF) |
| Ben Movahed, PE, BCEE | ORD09 | Introduction to Microfiltration and Ultrafiltration |
| Stephen Lindo | SJU10 | Belle Pumping Station RO, Barbados |
| Victor Poyotte | SJU10 | Caribbean Basin Water Management Programme (CBWMP Inc.) Operations and Member Services |
| Rodney Clemente | SJU10 | Advancement of Energy Recovery Devices in Membrane Separation Applications, |
| Albert Ortiz | SJU10 | Case History: Experiences on Start Up and Operation of Membranes for Municipal Drinking Water Treatment Systems |
| Kamalesh Sirkar | AUS09 | Direct Contact Membrane Distillation Pilot Test |
| Mohamed Labib, PhD | AUS09 | Novel Two-phase Cleaning Technology |
| Robert Ning, PhD | AUS09 | Crystallization of Salts from Super-Concentrate Produced by Tandem RO Process |
| Peter / Rick Waldron / Lesan | AUS09 | Eight Years of Operation Without Cleaning RO Membranes - a Success Story at Village of Tequesta, FL |
| Brent Alspach, PE, BCEE | AUS09 | The LT2ESWTR: From the Basics to New Horizons in Membrane Regulation |
| Brent Alspach, PE, BCEE | AUS09 | Overview and Resolution Discussion |
| Stephen / Kimberly Diamond, PE / Harris | AUS09 | Pilot Testing of Three Treatment Trains for a New Colorado River WTP in South California |
| John Tonner | AUS09 | Advancing Desalination |
| Arun Subramani | AUS09 | Recovery Optimization for Brackish Groundwater Desalination |
| Charles Bromley, PE | AUS09 | The Bay Area Regional Desalination Project, Comparing Membranes & Configurations for a Highly Brackish & Variable Source Water |
| Joe Jacangelo, PhD | AUS09 | Use of Reverse Osmosis and Nanofiltration for Meeting Current Regulations and Addressing Potential Contaminants of Concern |
| Kenneth Mercer, PhD | AUS09 | Organic Carbon Removal from Full-Scale High-Pressure Membrane Concentrates |
| David Nordham | AUS09 | Coastal Seawater Testing of a Full-Scale Microfiltration System for Shipboard Reverse Osmosis Pretreatment |
| Jim Lauria | AUS09 | Reducing the Environmental Footprint of Desalination Through Pre-Filtration |
| Edward Baltutis | AUS09 | High Performance Membrane Distillation (PHMD) Moves from the Pilot to Production |
| Fred Tepper | AUS09 | Nanoalumina Pre-filters for Reduction of Fouling on RO |
| David Timmermann, PE | AUS09 | No Sewer & 60 Miles Out of Town: Remote Water Source Yields Piloting Challenges on the West Texas Plains |
| Rick Bond, PE | AUS09 | Desalination with Zero Liquid Discharge, Results From Two AwwaRF Projects |
| Scott Freeman, PE | AUS09 | Performance and Cost Comparison of Ceramic to Polymeric Micro/Ultrafiltration (MF/UF) Membranes Treating Surface Water |
| Andrew Wiesner, PE | AUS09 | Pilot Testing of Zero Liquid Discharge Technologies Using Brackish Groundwater for Inland Desert Communities |
| Dan Hugaboom, PE | AUS09 | The Theory and Calculation of Resolution and Sensitivity for Marker Based Testing |
| Dan / Vincent Hugaboom, PE / Roqubert | AUS09 | Maximizing Site Production at the Hemet Membrane Filtration Plant |
| Jim Gallovich, PE | AUS09 | A Tale of Two WTP's |
| Justin Sutherland, PhD, PE | AUS09 | Using a Pilot Study for Permitting a Design-Build Brackish Groundwater Desalination Plant |
| Justin Sutherland, PhD, PE | AUS09 | Treatment of Endocrine Disruptors & Pharmaceuticals through Membrane Process |
| P. Greg Pope, PhD | AUS09 | Identifying Operational Challenges & Recommendations for Recovering Capacity |
| Sandeep Sethi, PhD, PE | AUS09 | Recovery Optimization & Concentrate Minimization: Comparison & Economic Assessment of an Innovative Approach with Traditional Approaches of ZLD |
| Tom Seacord, PE | AUS09 | Energy Recovery in Brackish Water Desalination |
| Winnie Shih, PhD | AUS09 | Overall Desalination Plant Recovery Enhancement Through Brine Minimization for Inland Desalination Plants |
| Greg Wetterau, PE, BCEE | AUS09 | Eliminating Second Stage UF in the Country's Largest Zero Liquid Discharge Membrane Treatment Facility |
| Ken / Douglas Klinko, PE / Brown, PE, BCEE | AUS09 | The 2% Problem Solution: Can Membranes Provide The Answer |
| Kurt Kiefer, PE, BCEE | AUS09 | Improving Nanofiltration Plant Performance - The City of Pompano Beach Case Study |
| Juan D. Gomez, PhD, PE | AUS09 | Greenhouse Gas Emission: Improving SWRO's Image as a Resource Intensive Technology |
| Robert Huehmer, PE | AUS09 | Practical Considerations in the Implementation of Low-Pressure Membrane Filtration under the LT2ESWTR |
| Calvin Patterson, PhD, PE | AUS09 | MBRs Come to Hays County |
| Jonathan Dietrich, PE | AUS09 | Membrane Pretreatment Application Types and Considerations with Seawater Reverse Osmosis |
| John Balliew, PE | AUS09 | Lessons Learned During Two Years of Operation of the 27.5 mgd Kay Bailey Hutchison Desalination Facility in El Paso, TX |
| Kevin Goodge | AUS09 | Innovative Applications of Fiberglass Reinforced Plastics in Seawater Reverse Osmosis Pretreatment |
| Eva Steinle-Darling, PhD, PE | AUS09 | The Implications of Sorption on the Rejection of Pharmaceuticals & Personal Care Products by Nanofiltration |
| Graham Best, P.Eng. | AUS09 | Examples of Pressure-Based Testing by Membrane Manufacturers |
| Dennis Williams, PhD | AUS09 | Dana Point Ocean Desalination Test Slant Well Project |
| Roger Noack, PE | AUS09 | Overview of Direct Integrity Testing for Pressure-Based Tests |
| Roger Noack, PE | AUS09 | Offshore - Large Scale Ship or Platform Mounted - Desalination |
| Kevin Farrell | AUS09 | Reduced Membrane Fouling Potential by Tailored Fluid/Structure Interaction |
| Sarp Sekeroglu, PE | AUS09 | Six Years of Operating Experience with Rotating Flat Sheet Membranes |
| Craig Bartels, PhD | AUS09 | Use of Dendrimers to Enhance Selective Separation of Boron with Nanofiltration and Reverse Osmosis Membranes |
| Rich Franks, PE | AUS09 | RO Basics |
| Steven Peck, PE | AUS09 | Reconfiguring Existing Industrial RO System for Wastewater Recycling |
| Boris Liberman, PhD | AUS09 | Osmonic Power Recovery |
| Boris Liberman, PhD | AUS09 | Learning from Past Experiences to Refine the Next Generation of SWRO Projects |
| Corrado Sommariva | AUS09 | MBR and SWRO Desalination in the Middle East: Rapid Development of the Technology and Operational Feedback |
| Temple Ballard | AUS09 | Seawater Pretreatment Upstream RO: A 200 MLD (53 MGD) Case Study |
| Raghavender Joshi, PE, PMP | AUS09 | Pilot Testing Results for a New Surface Water Treatment Plant with Multiple Raw Water Supply Sources |
| Kyungnan Min, PhD | AUS09 | Snapshots on Microbial Characteristics & Membrane Permeate Flux at Various MLVSS Concentrations in the MBR |
| Todd Reynolds, PE | AUS09 | Evaluation of Intake Approaches for Seawater Desalination in Santa Cruz, CA |
| John Potts, PE | AUS09 | Nanofiltration By-Product is a Valuable Resource in Jupiter |
| Rick Lesan | RSW08 | Koch Membrane Test Results |
| Brent Alspach, PE, BCEE | RSW08 | The Australian SWRO Experience and Lessons Learned for the US |
| Clayton Johnson, PE | RSW08 | Challenges of Expanding an Existing RO Water Treatment Plant: Charlotte County Utilities' Burnt Store WTP |
| Tony Bray | RSW08 | Scale Inhibitor Evaluation for Charlotte County RO Pilot Study |
| Graeme Pearce, PhD | RSW08 | Development of Control Parameters to Improve the Operational Stability of Membrane Filtration Plants |
| Michael Mickley, PhD, PE | RSW08 | Effects of Feedwater Salinity and Composition on Industrial Zero Liquid Discharge Process Performance and Costs |
| Marcus Allhands, PhD, PE | RSW08 | Preparing Wastewater Effluent for Membranes |
| James Fritz, PhD | RSW08 | High Strength Lean Duplex Stainless Steel for Desalination Applications |
| Mikael Willfor | RSW08 | Duplex Stainless Steels - A Natural Choice for Pressurized Systems in RO Plants |
| Robert Oklejas | RSW08 | Application Methodology and SWRO Operating Experience with Third Generation Volute Insert Hydraulic Turbochargers and Single-Stage High Pressure Pumps |
| Gilbert Galjaard | RSW08 | 8 Years RO-Experience at WTP Heemskerk - Biofouling Aspects |
| Sarp Sekeroglu, PE | RSW08 | Providing a New Water Supply Solution for Mexican Coastal Resorts |
| Gary Revoir | RSW08 | Development of a Central Wastewater System in an Environmentally Sensitive Area |
| Lance Littrell, PE | RSW08 | An Innovated Approach to Optimize Reverse Osmosis Membrane Performance |
| Matt Van Horne | RSW08 | Desalination Planning in Multi-Agency Situations |
| Wm. Scott Manahan | RSW08 | Multi-Source Raw Water Supply Development for a Proposed Reverse Osmosis Plant on New Providence Island, Bahamas |
| Kevin Alexander, PE | RSW08 | Membrane System Equipment Procurement for MBRs |
| Lisa Sorgini | RSW08 | Innovative Water Filtration Unit Ensures Quality Water to Communities Without Safe Water Supplies |
| Matt Kuzma | RSW08 | MemJet MBR Process |
| Eva Steinle-Darling, PhD, PE | RSW08 | Rejection of Perfluorochemicals (PFCs) by RO & NF Membranes: The Influence of PFC Chemistry, Membrane Type, Fouling & Feed Water Characteristics |
| Christine Owen | RSW08 | Concentrate Disposal - Meeting Regulations and Keeping the Manatees Happy |
| Atsushi Kitanaka | RSW08 | Innovative High Performance PVDF Flat-Sheet MBR Modules for Easy Operation and Maintenance |
| Victor Verbeek | RSW08 | Toray Membrane Test Results |
| Mike Snodgrass | RSW08 | Various Wastewater Recycling Methods Using Submerged Membrane Systems |
| Steven Duranceau, PhD, PE | RSW08 | Considerations for Blending Permeate into Water Distribution Systems |
| Kendra Colyar | RSW08 | Optimizing of Water Reuse in Biomass-to-Fuel Processing |
| Russell Ferlita, PhD, PE | RSW08 | A Multi-Level Systematic Evaluation of Cleaning Protocols for Reverse Osmosis Membranes in Drinking Water Treatment |
| Kevin Price | RSW08 | Status of U.S. Desalination Research |
| Ben Movahed, PE, BCEE | RSW08 | Review of the Basics for Planning a Membrane Plant |
| Paul Shoenberger, PE | RSW08 | California SWRO Update |
| Frans Knops | RSW08 | Keokuk Municipal Water Works: 18 Months Operational Experience with Ultrafiltration |
| Edward R. Cope | BWI09 | Five Years of Operations at the Glendale NF Plant |
| Jeff Glass | BWI09 | City of Westminster Experience with a New Membrane Plant - Cranberry Run MF |
| Stephen / Jenna Gerlach, PE / Manuszak | BWI09 | Fullerton WTP Pilot Plant Study Results |
| Deo Phagoo, PE | BWI09 | Expansion of Freedom Plant Using Submerged UF Membranes |
| Ellen Frketic | BWI09 | The Unique Challenges of MD's Oldest RO Plant at Eastern Correctional Institution , |
| Chuck Morgan | BWI09 | Externally Mounted MBR Process for Reuse Quality Water at Glen Meadows , |
| Barry O'Brien | BWI09 | Status and Update of Membrane Plant Projects in MD |
| Thor / Kristi Young, PE / Perri | BWI09 | Implementation of MBR Process at the Cox Creek WRF, PE |
| Steven Duranceau, PhD, PE | BWI09 | Recent Advancements in Membrane Technology |
| Ben Movahed, PE, BCEE | BWI09 | Basic Overview of Various Membrane Technologies |
| John MacHarg | AUS09 | Unbalanced Method For High Recovery (UMHR) |
| Donald Thompson, PhD, PE | RSW08 | A Pilot Scale Investigation of the Effects of Water Blending on an Existing Hybrid Low Pressure Reverse Osmosis System |
| Greg Wetterau, PE, BCEE | RSW08 | Breaking New Ground in California's Seawater Desalination: The Sand City Story |
| Kurt Kiefer, PE, BCEE | RSW08 | Construction and Start-Up of the Clewiston RO Plant |
| Paul Meyerhofer | RSW08 | Pilot-Scale Comparison of Granular Media Filtration & UF Pretreatment Systems for Open Intake Seawater Desal |
| Solomon Abel, PE | RSW08 | Implementation of the Largest Package MBR WWTP |
| Tracey Long, PE | RSW08 | 6-mgd Low Pressure Membrane Expansion for Weatherford, Texas: Pilot Testing Through Start-Up |
| Thomas / Wayne Hempstead / Miller | RSW08 | Deerfield Beach Constructs an RO Plant with Optional Reuse of NF Concentrate in Response to New Regulatory Requirements |
| George Crawford | RSW08 | Biotreatment Fundamentals |
| George Crawford | RSW08 | MBRs - A Historical Perspective |
| Robert Bergman, PE | RSW08 | New Developments in Membrane Desalting Technologies and Their Application |
| Joseph / Byron Elarde, PE / Weightman | RSW08 | Installation of Automatic Backwashing Strainers for Sand Removal from BWRO Feedwater in Fort Myers, Florida |
| Jerry Manning | RSW08 | City of North Port "Looking Into the Future" |
| Paul Mattausch | RSW08 | Optimizing Source Water Use in Collier County |
| John Thompson | RSW08 | After Six Years of Success, the 33.12 mgd SWRO Plant in Trinidad has a proposed 60% expansion to 52.8 mgd |
| Jonathan Dietrich, PE | RSW08 | Comparison of the Results of Pretreatment to Seawater Reverse Osmosis Systems in California, Florida, and Texas |
| Robert Krueger | RSW08 | The Selection of UF as Pretreatment for Seawater Desalination |
| Steven Coker | RSW08 | FILMTEC Membrane Test Results |
| Dennis Livingston, PE | RSW08 | Enviroquip MBR Systems |
| Ian Cameron | RSW08 | 1-1/2 Membrane Stages; an Innovative Application for PX Pressure Exchangers |
| Ed Weinberg | RSW08 | Changing Horses Mid-Stream - A Case Study in Concentrate Disposal Permitting |
| Suzanne Giles Simon | RSW08 | Why is the Concentrate Toxic? Lessons Learned with Toxicity Identification Evaluation |
| Jeff Peeters, PE | RSW08 | ZeeWeed Membrane Bioreactor Technology |
| Julie Nemeth-Harn, PE | RSW08 | Integrating R/O into Existing Surface Water Treatment Plant |
| Craig Olson, PE | RSW08 | Lessons Learned and Constructability Issues at MBR Facilities |
| Jonathan Brant, PhD, PE | RSW08 | Considerations and Execution of Tracer Studies at Water Treatment Plants Using Membrane Processes |
| Marie-Laure Pellegrin, PhD | RSW08 | MBR Design Principals |
| Marie-Laure Pellegrin, PhD | RSW08 | Membrane Bioreactor Performance and Process Evaluation After 10 Years of Operation at Grand Targhee, WY |
| Pierre Kwan, PE | RSW08 | Comparison of Inland Brine Disposal Options |
| Roger Noack, PE | RSW08 | My Conventional Plant is Equal to your Membrane Plant |
| YuJung Chang, PhD, PE | RSW08 | Engineering and Financial Assessment of Using Vibratory Shear Enhanced Process (VSEP) in Brackish Desalination Brine Management |
| YuJung Chang, PhD, PE | RSW08 | Evaluation of Dynamic Energy Consumption of UF, RO, & MBR Processes |
| Bruce Holmes, PE | RSW08 | Electric Utility Joint Action, An Idea for the Water Industry |
| Paige Gourley | RSW08 | Hydranautics Membrane Test Results |
| Rich Franks, PE | RSW08 | Integrated Membrane Solutions Applied to the Challenges of Seawater Desalination |
| Rocco Cuozzo | RSW08 | RO & NF Membrane Applications in the Southeastern USA |
| Wayne Bates | RSW08 | Improvements in Spiral Wound RO Membrane & Element Construction for High Fouling Feed Water |
| Alan Zdunek, PhD | RSW08 | Water Recovery using a Membrane/ Super-Absorbent Polymer System |
| Val Frenkel, PhD, PE | RSW08 | Membrane Technology Fundamentals and Fouling Control |
| Val Frenkel, PhD, PE | RSW08 | Membrane Technologies: Past, Present, Future |
| Ved Vedavyasan | RSW08 | Concentrate Handling: New Challenges Ahead |
| Robert Ning, PhD | RSW08 | Iron and Manganese Species in Water Affecting RO Operation |
| Robert Ning, PhD | RSW08 | Design, Operation and Maintenance of Ideal Reverse Osmosis Plants |
| Roger Noack, PE | RSW08 | So You Think That a Seawater Desalination Facility has to be on Land |
| Ben Antrim | RSW08 | New MBR Module for Large-Scale MBR Plants |
| John Koch, PE, BCEE | RSW08 | PURON Membrane |
| Donald Brown | LAS07 | Process Control Strategies for Dealing with Operational Problems in MBR Plants |
| Irving Moch, Jr. PhD | LAS07 | Evaluating Seawater Energy Recovery Devices |
| Craig Parker, PE | LAS07 | Chino Basin Desalting Facility |
| Val Frenkel, PhD, PE | LAS07 | Salinity Management for Inland States: Goodyear Project |
| Wolter Siegers | LAS07 | Control of NOM Fouling in Membrane Filtration by Calcium Removal |
| Michael Mickley, PhD, PE | LAS07 | Feasibility of High Recovery and ZLD Technologies |
| Michael Mickley, PhD, PE | LAS07 | Small Systems Concentrate Disposal |
| E. H. Kelle Zeiher, PhD | LAS07 | Using an Innovative Monitoring and Control Method to Ensure Cost Effective and Reliable Scale Control for a Large Brackish Water Desalination Facility in Newark, California |
| Kahlid Tahri | LAS07 | Membrane Technology Coupled to Wind Energy for a Sustainable Water Supply in Morocco |
| Hans Leemreize | LAS07 | A Thermophillic MBR Solution to Reuse Waste Water in Chemical Industry |
| John MacHarg | LAS07 | Axial Piston-Pressure Exchanger Development Program |
| Randall Majerle | LAS07 | How a Major Beverage Company Reduced RO Brine Disposal Costs Fifty-Five Percent Using New Chemical Strategies |
| Neil Callahan | LAS07 | Tampa Bay Water Desalter - Back on Track |
| Sarp Sekeroglu, PE | LAS07 | Implementation Challenges of Seawater Desalination Pilot Plant Programs in California |
| Christophe Robert | LAS07 | Permit Considerations for Tampa Bay Water Desalination Modification Project |
| Glenn Dunkelberger, PE, D.E.E. | LAS07 | Membrane Removal of Taste and Odor Compounds for Surface Water Supplies |
| Ian C. Watson, PE | LAS07 | Pilot Testing the Center Port Vessel Design at the Town of Jupiter, Florida |
| Eric Owens, PE | LAS07 | Membrane Plant Operation & Troubleshooting |
| Aaron Balczewski | LAS07 | MBR versus Tertiary Treatment for Reuse Applications |
| Mark Wilf, PhD | LAS07 | Basics of Membrane (MF, UF) |
| Mark Wilf, PhD | LAS07 | Basics of Membrane (RO, NF) |
| Harold Fravel, Jr., PhD | LAS07 | The Subtleties of Probing Membrane Systems |
| Warren Casey, PE | LAS07 | Membrane Vessel Profiling |
| Jaci Batista | LAS07 | Trading Water for Salt: An Alternative Water Resource for the Las Vegas Valley Facilitated by Reverse Osmosis Technology |
| Steven Richards | LAS07 | Water for Warfighters in Iraq - Army Reverse Osmosis Water Treatment Units in Iraq - Policies, Problems, and Solutions |
| Charles Moody, PhD, PE | LAS07 | Evaluation of Slow Sand Filtration for Reducing Costs of Desalination by Reverse Osmosis |
| Charles Moody, PhD, PE | LAS07 | Desalination by Forward Osmosis |
| Michael Gabaldon | LAS07 | Alamogordo Desalination Research Facility |
| Saied Delagah | LAS07 | High Flux, High Salt Rejection Cellulose Acetate Reverse Osmosis Membranes |
| Yuliana Porras-Mendoza | LAS07 | Chlorine Resistant Polyamide Reverse Osmosis Membranes |
| Paul Choules | LAS07 | Veolia Experience in Reverse Osmosis Desalination Plant |
| Titus Crab | LAS07 | Process Control Instruments & Equipment |
| Ben Movahed, PE, BCEE | LAS07 | Utilizing Reverse Osmosis to Remove Radionuclides from Drinking Water |
| Tom Pankratz | LAS07 | Current Trends in the Membrane Market |
| Richard Radcliff | LAS07 | Hitting the Water Quality Bullseye via Low Pressure Membranes & UV Oxidation |
| Robert McGinnis | LAS07 | Forward Osmosis Desalination: Current Research and Future Prospects |
| Enric Palacios Donaque | RSW08 | Integrated Coagulation-Flocculation and Submerged Membranes Pre-Treatment System for FLOC Separation Applicable in Water Desalination and Water Reuse |
| Jim Lauria | RSW08 | Pre-Filtration with Automatic Microfiber Technology |
| Adrien Lapeyre | RSW08 | Polyamide 11 Coating: An Alternative to Stainless Steel to Decrease Operating & Capital Expenditure in Water Treatment Plants Using Membrane Technologies |
| Scott Freeman, PE | RSW08 | Unique Application of MF/UF: Hydrogen Sulfide Removal |
| Srinivas Veerapaneni, PhD, PE | RSW08 | Design, Construction & Startup of a Fast Track Water Reclamation Facility in Australia |
| Cliff / Michael Morris / Liggins | RSW08 | Bonita Spring Utilities, Inc. East Water Reclamation Facility |
| William Lovins, III, PhD, PE | RSW08 | Chemical Pretreatment Optimization for NF and RO Processes: Pilot and Full-Scale Experiences |
| Tom Seacord, PE | RSW08 | Combining Old with New: Pinewoods Water Treatment Plant Rehabilitation and Expansion |
| Tom Seacord, PE | RSW08 | ADC Pilot Testing Protocol |
| Byron Weightman | LAS07 | Installation of Automatic Backwashing Strainers for Sand Removal from BWRO Feedwater in Fort Myers, Florida |
| Keith Edwards | LAS07 | Expanding a Brackish Water Reverse Osmosis Treatment Facility, Goodyear, Arizona |
| Jonathan Dietrich, PE | LAS07 | Comparison of Membrane and Granular Media Pretreatment, Toxin, and Boron Rejection Results, and Energy Recovery Update in Carlsbad, California |
| Teresa Shih, PE | LAS07 | Membrane Technology Treating Industrial Wastewater for Reuse |
| John Balliew, PE | LAS07 | El Paso/Fort Bliss Desalination Facility and Concentrate Management Research |
| Eli Oklejas, Jr. | LAS07 | An Integrated Feed Pump - Recovery Turbine Reduces Energy Consumption and Capital Costs of BWRO Systems |
| Michael Morrison, PE | LAS07 | Tracking Membrane Operations in Texas Public Water Supplies? What's Driving the Market? |
| Denis Guibert, PhD, PE | LAS07 | Operational Improvements with Immersed Membranes for Municipal Drinking Water Treatment |
| Aro Arakel | LAS07 | Salt Separation Technologies |
| Adam Evans, PE | LAS07 | Water Supply Augmentation: Pilot Testing Multiple Membrane and Filtration Technologies for Phosphorus Removal |
| Michael Norton, PE | LAS07 | Kennewick Water Filtration Plant - Major Pre-Treatment Filtration Changes - The Submerged Membrane Retrofit Experience |
| Paul Delphos, PE | LAS07 | Creative Solutions are Key to Conquer the Concentrate Discharge Challenges for One Tidally-Influence Desalination Facility |
| Roger Noack, PE | LAS07 | It Works - Direct Coagulant Addition on Low Pressure Membranes for a New Surface Water Treatment Plant in Pflugerville, TX |
| Jonathan Brant, PhD, PE | LAS07 | Brackish Water Treatment for Industrial Ethanol Production: RO Concentrate Disposal Challenges and Solutions |
| Steven Duranceau, PhD, PE | SNA06 | Pretreatment and Fouling |
| Thomas Davis, PhD | SNA06 | Zero-Discharge Desalination with Salt Recovery by ED |
| Paul Choules | SNA06 | Water Quality and Performance Evaluation of SWRO Plants Through the Use of Advanced Analytical Tools Quality |
| Herve Buisson | SNA06 | Pretreatment Experiences and Lessons Learnt From Over 25 Years of Constructing Large SWRO Plants |
| Ben Movahed, PE, BCEE | SNA06 | Pretreatment Basics for Membrane Systems |
| Andrew Tiffenbach | SNA06 | Evaporation Pond Design for the San Luis Feasibility Study |
| Paul Shoenberger, PE | SNA06 | West Basin Ocean Water Desalination Program |
| Jason Diamond, PE | SNA06 | Ultrafiltration (UF) Pre-Treatment of Wastewater for RO Feed: A Comparison of MBRs vs Tertiary Filtration |
| Frank Schubert | SNA06 | Zero Liquid Discharge System Pilot Study at Red Rocks Ranch Test Site, Monterra Water Treatment Plant |
| Graeme Pearce, PhD | SNA06 | MF/UF Basics |
| Scott Grieco, PE | SNA06 | Recycle and Reuse of Industrial Wastewater |
| Stuart McClellan | SNA06 | RO/NF Basics |
| Alejandro Jimenez | LAS07 | Horizontal Drains Intake for Seawater Desalination Experience of Cartagena, Spain |
| John MacHarg | LAS07 | ADC Updates/Welcome |
| David Derr | LAS07 | Membrane Feed Pump Alignment & Predictive Maintenance |
| Ben Gould | LAS07 | Simultaneous Minimization of Membrane Area & Energy Consumption in a Combined Membrane/Biological Process |
| Ray Eaton | LAS07 | Pretreatment and Fouling |
| Gareth Milton, PhD | LAS07 | Ceramic Membranes with Flocculation for Organic Matter Removal |
| Jessica Edwards-Brandt | LAS07 | CIP Waste Options for Membrane Filtration Water Treatment Plants |
| Paul Delphos, PE | LAS07 | Evaluating Fouling Characteristics and Cleaning Methods After Lime Softened |
| Scott Freeman, PE | LAS07 | Reuse Down Under: Membranes Provide Drought Relief for Queensland |
| Trevor Cooke | LAS07 | Practical Hands-On Lessons from Commissioning the 70 MGD Columbia Heights Membrane Filtration Plant |
| Chris Martin | LAS07 | Post-Treatment for Quality and Consumer Confidence |
| Ray Williams, PE | LAS07 | Design and Construction of World's Largest Membrane Bioreactor (MBR) Plant - The Johns Creek Environmental Campus |
| Andrea Josefiak, PE | LAS07 | Performance Evaluation of Submerged and Pressure Membranes at Town of Erie's WTP |
| Mark Lichtwardt, PE | LAS07 | Membrane Integrity Testing Parameters from Pilot to Full Scale for Three Different Membrane Manufacturers |
| Shahid Chaudhry | LAS07 | Energy Implications of SWRO/BWRO and the Impacts of Regulations and Policy on the Cost of Desalting Water |
| Bradley Sessions | LAS07 | The Role of Energy in Seawater Reverse Osmosis |
| Brandon Yallaly, PE | LAS07 | State-of-the-Union of Inland Desalting: Western U.S. Case Studies |
| Tom Seacord, PE | LAS07 | Optimizing Low Energy Seawater Desalination the Affordable Desalination Collaboration |
| Kurt Kiefer, PE, BCEE | LAS07 | Florida's Largest Water Utility Looks to RO for Developing Alternative Water Supplies |
| Stefan Haecker, PE | LAS07 | No Space? No Problem! Conversion of a Contact Stabilization Plant to a State of the Art MBR Saves Utility Millions |
| Bill Steele | LAS07 | Concentrate Treatment Technologies |
| Robert Huehmer, PE | LAS07 | Extended SWRO Testing in Estuarial Waters |
| Ufuk Erdal, PhD, PE | LAS07 | Rejection Capabilities of RO Membrane to Notification Level Chemicals and Selected Endocrine Disrupting Chemicals |
| Ron Castle | SNA06 | Aerobic vs Anaerobic Pretreatment of Groundwater |
| Eric Petersen | SNA06 | Desal Design-Build-Operate: Modern Project Delivery Methods for Modern Membrane Technology |
| Thomas Galeziewski, PE | SNA06 | Delivering a Rapid Solution for Challenged Waters: Combining RO Treatment with Design/Build Implementation |
| Rich Franks, PE | SNA06 | A Pilot Study Using Seawater Reverse Osmosis Membranes in Combination with Various Pretreatments |
| Boris Liberman, PhD | SNA06 | Success in Large Scale Seawater Desalination Plants Larnaca and Ashkelon |
| Carl Spangenberg, PE | SNA06 | Long-Term Fouling Study for Irvine Ranch Water District Concentrate Treatment System |
| Steve Malloy, PE | SNA06 | Providing Cost Effective Membrane Treatment at the Irvine Ranch Water District |
| Val Frenkel, PhD, PE | SNA06 | Concentrate Disposal |
| Val Frenkel, PhD, PE | SNA06 | Membrane (UF/MF) vs. Conventional Pre-Treatment for SWRO in California |
| Mark Miller, PE | SNA06 | Pretreatment Methods: Innovations and Lessons Learned |
| Robert Ning, PhD | SNA06 | Recovery Optimization of RO Concentrate from Desert Wells |
| Tom Troyer | SNA06 | Normalization and Trending Simplified for RO Operators |
| Rick Lesan | SNA06 | Development and Testing of Large Diameter Spiral Element |
| Sean Brennan, PE | SNA06 | Remote Monitoring of Membrane Filtration Systems |
| Jim Elliott | SNA06 | Web-Based Monitoring and Data Analysis for Sea Water Desalination |
| Alvin Bautista, PE | SNA06 | City of Los Angeles Ocean Water Desalination Program |
| Bob Castle | SNA06 | Desalination within an Estuary Drinking Water from San Francisco Bay |
| Tae Yun | SNA06 | Evaluation of Large-Diameter Reverse Osmosis Elements and Novel Concentrate Reduction Technologies for CRW Desalting |
| Michael Mickley, PhD, PE | SNA06 | Zero Liquid Discharge |
| Richard Bell | SNA06 | Dana Point Ocean Desalination Project Feasibility Investigation Update |
| Stephan van Hoof | SNA06 | NORIT Ultrafiltration as Pre-treatment to RO for Municipal Effluent Reuse: The Sulabiya Project |
| George Schultermann | SNA06 | Landside Permeable Pit - An Alternative to a Seawater Intake Source |
| Nikolay Voutchkov, PE, D.E.E. | SNA06 | Project Costs and Financing |
| Peter MacLaggan | SNA06 | Poseidon Seawater Desalination Projects in CA |
| Harry Seah | SNA06 | Seawater Desalination in Singapore (the 4th National Tap) |
| Robert Oklejas | SNA06 | New Volute Pump is Tailored for Reverse Osmosis Service |
| Kevin Thomas | SNA06 | Environmental Review for Seawater Desalination: Factors and Dilemmas |
| Paul Findley, PE | SNA06 | SWRO Residuals Management |
| C. Robert Reiss, PhD, PE | SNA06 | Overview on Seawater Project in the U.S. |
| Glenn Dunkelberger, PE, D.E.E. | SNA06 | Innovative Post Stabilization Applications Using Calcite Contractors |
| Ian C. Watson, PE | SNA06 | Seawater Desalting By Reverse Osmosis: The Basics |
| Robert Yamada | SNA06 | Seawater Desalination: A New Water Supply for San Diego County |
| Scott Jenkins, PhD | SNA06 | Dilution Modeling of Brine Discharge from Desalination Plants in Southern California Coastal Waters |
| Gerry Filteau | SNA06 | Membrane Cleaning Methods |
| Kevin Alexander, PE | SNA06 | Innovative Treatment Approaches at the Chino Basin Desalters |
| Alex Patterson | SNA06 | Seawater Pre-Treatment using Low Pressure Membranes |
| Ron Bird | SNA06 | Cast Alloys for Desalination |
| Jim Fritz | SNA06 | Selecting a Stainless Steel for Brackish Water Environments |
| Masaru Kurihara, PhD | SNA06 | Membrane Technology and Seawater Desalination Practice in Japan |
| David Brown | SNA06 | Membrane Plant Operation & Troubleshooting |
| Jorg Drewes, PhD | SNA06 | Influence of Fouling on the Operation of Low Pressure RO and NF in Treating Water of Impaired Quality |
| Val Frenkel, PhD, PE | MSP05 | City of Azusa MF WTP - Pilot Case Study |
| Rick Lesan | MSP05 | Back to Basics Reverse Osmosis |
| Michael Mickley, PhD, PE | MSP05 | An Overview of Zero Liquid Discharge Technologies & Issues |
| Lih-in Rezania, PE | MSP05 | Corrosion Control for the State of Minnesota |
| Samer Adham, PhD | MSP05 | MF/UF Basics |
| Samer Adham, PhD | MSP05 | Knowledgebase of Full-Scare RO/NF Facilities |
| Jan Olsson | MSP05 | Piping Materials for RO, Brackish & Seawater Systems |
| C. Robert Reiss, PhD, PE | MSP05 | Seawater Desalting in Florida & Texas |
| Paul Whitcraft | MSP05 | AL-6XN Alloy Piping: Applications in Desalination |
| Paul Whitcraft | MSP05 | Panel: Superaustenitic Stainless for Corrosive Environments |
| Thomas Smith, PE | MSP05 | Reuse of Concentrate as a Resource |
| Robert Yamada | MSP05 | Pacific Ocean Seawater Desalting |
| Scott Irvine, PE | MSP05 | Bureau of Reclamation Activities and Research in Concentrate Management |
| Greg Harrington | MSP05 | Chloramination Issues in Distribution Systems |
| Warren Johnson | MSP05 | Issues of Operational Integrity in Membrane Drinking Water Plants |
| Glenn Byrne | MSP05 | The Metallurgy of Steels for SWRO |
| Paul Shoenberger, PE | MSP05 | West Basin Municipal Water District Ocean Desalination Research & Development |
| Kent Turner | SNA06 | Financing, Institutional Issues & Delivery: Financial Implications of Membrane Facilities |
| Reid Bowman | SNA06 | Hydrogen-Based Hollow-Fiber Membrane Biofilm Reactor (MBfR) for Reduction of Nitrate and Perchlorate in Groundwater |
| Jan Olsson | SNA06 | Piping Materials for RO, Brackish & Seawater Systems |
| Chris Martin | SNA06 | Process Control, Instrumentation, and Equipment |
| Steven Duranceau, PhD, PE | SNA06 | Membrane Forensics and Troubleshooting Membrane Facilities |
| Albino Ko | SNA06 | Guantanamo Bay Seawater RO Desalination Plant Energy Recovery Systems |
| Albino Ko | SNA06 | U.S. Naval Base - Guantanamo Bay, Cuba - 40 years of Seawater Desalination |
| Tom Luster | SNA06 | Seawater Desalination and the Coastal Commission |
| Richard Sakaji, PE, PhD | SNA06 | Desalinated Water as Drinking Water in California |
| Adam Zacheis | SNA06 | Approaches to Brine Minimalization and Piloting for Inland Desalination Plants |
| Tom Seacord, PE | SNA06 | Regional Solutions for Concentrate Management |
| Tom Seacord, PE | SNA06 | Demonstration Scale Seawater Reverse Osmosis Study |
| Greg Wetterau, PE, BCEE | SNA06 | Overview of Concentrate Management Options |
| Robert Huehmer, PE | SNA06 | Optimizing Boron Rejection of Seawater Reverse Osmosis Membranes through Feedwater pH Adjustment |
| Ufuk Erdal, PhD, PE | SNA06 | An Integrated Approach to Water Reclamation Facility Design |
| Kevin Wattier | SNA06 | The Long Beach Seawater Desalination Research and Development Program |
| Dave Commons | SNA06 | Meeting Nutrient Removal Criteria in a Dual-Stage MBR Facility |
| Heidi Luckenbach, PE | SNA06 | Santa Cruz Seawater Desalination Program |
| Christopher Bellona, PhD | SNA06 | Comparison of Nanofiltration and Reverse Osmosis in Terms of Water Quality and Operational Performance for Treating Recycled Water |
| Miguel Angel Sanz | SNA06 | Successful RO Project Experiences: Middle East & Australia (Fujairah & Perth) |
| Jose Faria, PE | SNA06 | Solar Evaporator for Integrated on-Farm Drainage Management (IFDM) System at Red Rock Ranch, San Joaquin Valley, California |
| John Thompson | SNA06 | Four Years Later - Successful Performance of the Largest Seawater Reverse Osmosis Plant (33.1 MGD) in the Western Hemisphere at Point Lisa's Trinidad |
| Behrooz Mortazavi, PhD, PE | SNA06 | Brine Reduction Strategies at EMWD |
| Imad Hannoun | SNA06 | Water Quality Issues Associated with Desalination Plants |
| Grant MacInnis, P.Eng | SNA06 | Retrofitting Media Filters with Immersed Ultrafiltration Membranes for Thornton, CO |
| Libardo Perez | SNA06 | Best Practices for Deposit Control in RO Seawater Desalination |
| Aro Arakel | SNA06 | Concentrate Treatment for By-Products Recovery and Waste Minimalization |
| Tom Pankratz | SNA06 | An Environmental Literature Review and Position Paper for RO Desalination Plant Discharges |
| Ron Tamada | SAT04 | Squeezing Water from the Rocks: Water Reuse for West Texas |
| James Bays | SAT04 | Oxnard Pilot Test for Wetland Treatment and Reuse of Membrane-Concentrate |
| Jim C. Lozier, PE | SAT04 | Considerations in the Development of a New and Sustainable Freshwater Resource |
| Lisa Henthorne, PE | SAT04 | Evaluation of Various Pretreatments for SWRO |
| Calvin Patterson, PhD, PE | SAT04 | Integration of Membrane Processes into the Existing Potable Water Treatment Infrastructure at WCID 18 Austin, TX |
| David Paul | SAT04 | Fouling of Surface Seawater Reverse Osmosis Units |
| Harvey Winters, PhD | SAT04 | International Perspectives on Pretreatment Issues |
| Craig Broden | SAT04 | Flux Control Techniques Optimize High TDS RO Application |
| James Christopher, PE | SAT04 | Establishing a Database of Membrane Treatment Plant Operations: A Survey of Membrane Operational Practices by Geographic Region |
| Jill / Jarrett Hudkins, PE / Kinslow, PE | SAT04 | Preparing for a New Water Treatment Technology in Kentucky: Low Pressure Reverse Osmosis for the Treatment of Groundwater |
| David Laliberte | SAT04 | Case Study: Landfill Leachate Treatment Using Submerged Membranes and Reverse Osmosis Technology |
| Carl Spangenberg, PE | SAT04 | The Irvine Desalter Project - Pilot Study Evaluation |
| Val Frenkel, PhD, PE | SAT04 | Membranes vs. Conventional Treatment in Municipal and Industrial Applications |
| Emile Cornelissen | SAT04 | A NF Retention Model for Trace Contaminants in Sources for Drinking Water |
| S.G.J. Heijman, PhD | SAT04 | Blocking of Capillaries as Fouling Mechanism for Dead-End Ultrafiltration |
| John McArdle | SAT04 | UF Pretreatment for RO Seawater Desalination |
| Charlene Schaldach, PhD | SAT04 | Nanostructures for Wastewater Reclamation |
| Chris Cleveland, PE | SAT04 | A Large-Scale Plant to Treat Both Fresh and Brackish Surface Water |
| Marco Castillo | SAT04 | Addressing Community Values to Gain Support for Island Desalination |
| Nikolay Voutchkov, PE, D.E.E. | SAT04 | Ocean Discharge from Seawater Desalination Plants |
| Nikolay Voutchkov, PE, D.E.E. | SAT04 | Pilot Testing of Alternative Pretreatment Systems for Large-Scale Seawater Desalination Plants in Southern California |
| Michael Oklejas | SAT04 | Energy Recovery Comes to Low Pressure Membrane Processes |
| C. Robert Reiss, PhD, PE | SAT04 | Seawater Reverse Osmosis Designs and Costs to Meet Water Quality Specifications |
| C. Robert Reiss, PhD, PE | SAT04 | Florida Perspectives on Surface Water Discharge |
| C. Robert Reiss, PhD, PE | SAT04 | SWRO Pretreatment Considerations for Mixed Seawater-Surface Water Sources |
| Joe Moseley, PhD, PE | SAT04 | By-Product Disposal Challenges on Barrier Islands: A Case Study of North Padre Island, Texas |
| Jaime Kypuros | SAT04 | Ultrafiltration Helps Solve Water Supply Problems in Eagle Pass, Texas |
| Hari Krishna, PhD | SAT04 | TWDB Funded Research Projects on Desalination |
| Jorge Arroyo, PE | SAT04 | Texas Water Development Board Desalination Activities |
| Herbert Hein, Jr. | SAT04 | Enhanced Evaporation System Testing at the Salton Sea |
| Ian C. Watson, PE | SAT04 | Pretreatment 2004: A Perspective |
| Mark Pearce | SAT04 | Deep Well Injection |
| Glenn Byrne | SAT04 | The Metallurgy of Steels for SWRO |
| Jon Pressdee | MSP05 | Start Up of the Minneapolis Water Works Membrane Filtration Plant |
| Rick Bond, PE | MSP05 | Preliminary Results from AwwaRF 3010: Zero Liquid Discharge for Inland Desalination |
| Erin Mackey, PhD, PE | MSP05 | Regional Solutions for Concentrate Disposal |
| Kurt Kiefer, PE, BCEE | MSP05 | Startup of the 40-mgd Glades Road Nanofiltration Plant for the City of Boca Raton |
| Robert Huehmer, PE | MSP05 | Upgrading Lime-Softening Plants to Nanofiltration |
| Dick Nagy | MSP05 | Membrane Softening for Ammonia Reduction and Copper Corrosion Control |
| Steven Coker | MSP05 | Basics of Nanofiltration |
| Steven / Nathan Jons / James | MSP05 | Integrity Test for Spiral Wound Elements |
| David Paulson | MSP05 | Integrity Testing RO Systems in Disaster Relief: Experience at Banda Aceh for Potable Water Assurance |
| Julie Nemeth-Harn, PE | MSP05 | Existing Plant Retrofit/Expansion: Challenges of Seamlessly Integrating Two Water Sources |
| Mark Thompson | DEN03 | Costs of Membrane Systems |
| Dan Hugaboom, PE | DEN03 | Integrity Testing for Membrane Filtration Systems |
| Ed Burke | DEN03 | Brighton, CO - Low Pressure RO Case Study |
| Kent / Tom / Paul Bruglar, PE / Scribner / Fischer | DEN03 | Westminster, CO - MF Water Treatment Plant |
| Glenn Bodnar | DEN03 | Permitting of Membrane Filtration Systems in Colorado - CDPHE's Perspective |
| Robert Ning, PhD | DEN03 | A Paradigm Shift from Prepurification of Membrane Feedstreams to Minimal Chemical Intervention |
| Michael Mickley, PhD, PE | DEN03 | Membrane Residuals Disposal |
| Joe Jacangelo, PhD | DEN03 | Membrane Filtration - The Basics |
| Samer Adham, PhD | DEN03 | Development of a Knowledge Base for MF/UF Plants |
| John Pellegrino, PhD | DEN03 | NIST Membrane Standards Program |
| Jim Miller, PE | DEN03 | Idaho Springs, CO - MF Water Treatment Plant |
| Frederick W. Pontius, PE | DEN03 | Membrane Filtration Regulations - State & Federal |
| Hobson McPherson | DEN03 | Process Water for Copper Mines in Chile |
| Jim Egan | DEN03 | Concentrate National Pollutant Discharge Elimination Systems (NPDES) Permitting |
| Miles Beamguard | DEN03 | Arsenic Removal Using Second Pass NF |
| Ian C. Watson, PE | DEN03 | NF and RO - The Basics |
| Joe Moseley, PhD, PE | DEN03 | By-Product Disposal Challenges on Barrier Islands: A Case Study of North Padre Island, TX |
| Corey Wright | DEN03 | International Financing - U.S. Dept. of Commerce |
| Richard Noble, PhD | DEN03 | Center for Membrane Applied Science and Technology Research at the University of Colorado |
| LNSP "Naggs" Nagghappen | DEN03 | Two-pass RO for Treatment of Phosphate Manufacturing Wastewaters |
| Wayne / Terry Lorenz / Cunningham | DEN03 | Arapahoe, CO - UF Wastewater Treatment Plant |
| Marcus Allhands, PhD, PE | SAT04 | Keep the Horse before the Cart: Keep Pretreatment before the Membrane |
| Steven Duranceau, PhD, PE | SAT04 | Post Treatment Considerations for Blending Permeate into Water Distribution Systems |
| Albino Ko | SAT04 | Paradox Valley Salinity Control: NF Membranes Used to Remove Sulfate Prior to Brine Injection |
| Dan Hugaboom, PE | SAT04 | DOC Removal with In-Line Addition of MIEX and Membrane Filtration |
| Dan Hugaboom, PE | SAT04 | An Evaluation of MF/UF Membrane Integrity Monitoring Strategies as Proposed in LT2 |
| Jennifer Worley | SAT04 | Economic Benefits of Conjunctive ASR and RO Storage and Treatment Facilities to Meet Rising Water Demands |
| Jonathan Howard, PE | SAT04 | Desalination Water Supply Alternatives for a Texas Barrier Island |
| Stephen Grooters | SAT04 | Design & Cost Considerations for Desalination Membrane Technologies |
| Donald Thompson, PhD, PE | SAT04 | Implementation of Membrane Technology at the City of Barberton, Ohio |
| Frank Brinson | SAT04 | Evaluating Nanofiltration, Reverse Osmosis, and Ion Exchange to Meet Consumptive Use Constraints and Finished Water Quality Goals for Broward County |
| Frank Brinson | SAT04 | Startup of the First Nanofiltration Membrane Plant Using New Low Fouling Technology |
| Kurt Kiefer, PE, BCEE | SAT04 | Designing the First Membrane Treatment Facility for Florida's Largest Water Utility |
| Mark White, PE | SAT04 | Implementation of a 50 MGD Low-Pressure Membrane Filtration System for the Existing Racine Water Treatment Facility |
| Mark White, PE | SAT04 | Economics of Implementing Membrane Filtration into the Existing Highland Park WTP to Provide Increased Capacity versus Advanced Disinfection |
| Roderick Reardon, Jr, PE | SAT04 | The Current Use of Membranes for Wastewater Treatment |
