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Evaluation on the treatment processes for pathogens removal in wastewater reclamation and reuse

机译:废水回收和再利用中病原体去除处理过程的评价

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This research focused on the investigation on the removal efficiency of pathogenic bacteria and human viruses to produce safe wastewater reclamation and reuse for agricultural purposes. Under existing wastewater treatment processes, only 1–2 logs removal could be achieved of various targets of pathogens. Therefore, further treatment was required to comply with the water reuse guideline established by World Health Organization (WHO). Investigations were conducted using model microorganisms to evaluate the performance of advance treatment technology including ultraviolet (UV) and ozonation (O3). A few logs reduction could be achieved with minimum dose of UV and ozonation. This research concluded that UV and ozonation could achieve 2–5logs pathogen removal for wastewater reclamation and reuse suitable for agriculture activity.
机译:本研究重点研究了致病细菌和人类病毒的去除效率,为农业目的产生了安全废水填海和再利用。 在现有的废水处理过程下,只能达到1-2个原木去除,可以实现各种病原体的靶标。 因此,需要进一步处理来遵守世界卫生组织(世卫组织)建立的水重用指南。 使用模型微生物进行研究,以评估预先处理技术的性能,包括紫外线(UV)和臭氧(O 3 )。 可以使用最小剂量的UV和臭氧来实现少量降低。 本研究得出结论,紫外线和臭氧化可以实现2-5次病原体去除废水填海和适合农业活动的重用。

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