本powerpoint演示文稿首先简要概述了电解和水处理、氧化还原电位（ORP）和消毒、ORP对细菌的影响，在不添加任何添加剂的情况下改变ORP 氧化剂或还原剂，以及MIOX台面 电解装置。介绍了几个实验，包括:实验1， MIOX台式机 电解装置-1；实验2， 间歇电解装置；实验3， 流经电解单元；实验3a和b， HPC增长与。 外加电流；实验3c， HPC生长与脱氯剂。结论是:天然和合成药物的ORP调节是可能的 电解水； 虽然会产生一些化学变化 它们不会影响细菌生长； 导致细菌生长量大幅下降 通过改变水的ORP；和 不同的脱氯剂不会影响 细菌的生长方式不同。包括表格、数字。

This powerpoint presentation begins by providing a brief overview of electrolysis and water treatment, Oxidation-Reduction Potential (ORP) and disinfection, the effect ORP has on bacteria, changing ORP without adding oxidizing or reducing agents, and the MIOX Bench-Top Electrolysis Unit. Several experiments are presented, including: Experiment 1, MIOX Bench-Top Electrolysis Unit - 1; Experiment 2, Batch Electrolysis Unit; Experiment 3, Flow Through Electrolysis Unit; Experiment 3a&b, HPC Growth vs. Applied Current; and, Experiment 3c, HPC Growth vs. Dechlorinating Agent. Conclusions were that: it is possible to adjust the ORP of natural and synthetic water by using Electrolysis; although some chemical changes result, by themselves they do not impact bacterial growth; there is a strong decrease in bacterial growth caused by changing the ORP of water; and, the different dechlorinating agents do not impact bacterial growth differently. Includes tables, figures.