This study summarizes the effectiveness of online and automation technology to monitor Cryptosporidium and bromate ion. A Bromate Ion Sensor and CrypotSensor developed for online and automation measurement were evaluated for their performance with water samples. The Bromate Ion Sensor: fluorescence measurement of bromate ion concentration showed a strong correlation (r2 =0.92) with the analytical method by IC-PC. The CryptoSensor: OFCM measurement after FITC-staining, was capable of performing enumeration of Cryptosporidium oocysts and Giardia cysts simultaneously. . Online data acquisition by these two sensors will expand the possibility of the reuse of produced wastewater/spent water as drinking water source water.
Application of Cryptosporidium Sensor and Bromate Ion Sensor to Optimization of Produced Wastewater Reuse As Drinking Water Source
| Details | |
|---|---|
| First Name | Kyungju / Naoki / Edward F. / Yasuhiro / Dabide |
| Last Name | Kim / Kanekawa / Askew / Matsui / Yamaguchi |
| Keywords | online monitoring, bromate, cryptosporidium |
| Year | 16 |
| File | W-13-03_KimKyungju.pdf |