Evaluation of an environmental remediation technology to reduce pathogens in a natural water body using aerobic processes.

大肠杆菌是一种有害细菌，当被摄入时，可能会导致严重的疾病和死亡。根据…… 为此，公共游泳区要监测大肠杆菌的菌落，当菌落数量超过 建议的水平，这些地区被认为对人类不安全。除了构成严重的健康风险外， 水体中存在的大肠杆菌可以对当地经济产生重大和直接的经济影响， 依靠旅游业。 WCI环境解决方案公司是一家总部位于渥太华的环境工程公司，开发和 通过应用专有技术实施最先进的环境问题解决方案 先进技术。EOS-2000治疗系统是一种太阳能谐振频率系统， 用途广泛，可适用于多种水型。该系统提供了一种低成本的解决方案 通过刺激好氧过程进行水修复。 这项调查的主要目标是评估环境补救措施的有效性。 这项名为EOS-2000的技术旨在减少天然水体中的有害病原体。这个系统的工作原理是 提高从水到水体的氧气利用率，使好氧过程成为可能，强调 包括大肠杆菌在内的病原体，并导致它们死亡。为了确定治疗能力， 将监测EOS-2000的一套水质参数，同时监测积极的(增加 大肠杆菌)和阴性对照池塘(没有修正)在12周内。这一结果适用于 研究项目将评估EOS-2000作为一种有效的解决方案来减少天然水体中的大肠杆菌。

Escherichia coli is a harmful bacterium that, when ingested, can result in severe illness and death. In light of this, public swimming areas are monitored for colonies of E. coli, and when colony counts exceed recommended levels, these areas are deemed unsafe for humans. In addition to posing a serious health risk, the presence of E. coli in a water body can have significant and direct economic impacts on local economies that depend on tourism. WCI Environmental Solutions Inc. is an Ottawa-based environmental engineering company that develops and implements state-of-the-art solutions for environmental problems through the application of proprietary advanced technologies. The EOS-2000 treatment system is a solar-powered resonant frequency system with wide application use and can be applied to multiple water types. This system provides a low-cost solution for water remediation by stimulating aerobic processes. The primary goal of this investigation is to assess the effectiveness of an environmental remediation technology, the EOS-2000, to reduce harmful pathogens in a natural water body. This system works by improving oxygen availability from the water to the water body and enabling aerobic processes, stressing pathogens including as Escherichia coli and causing them to die off. To determine treatment capabilities the EOS-2000 will be monitored for a suite of water quality parameters alongside both a positive (addition of e-coli) and negative control ponds (no amendments) over a 12-week period. The results from this applied research project will evaluate the EOS-2000 as an effective solution in reducing E. coli in a natural water body.