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(00840)Microbiological treatment of water by cold plasma at atmospheric pressure

机译:(00840)在大气压下冷等离子体微生物处理水

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Ensuring the world's population access to drinking water is one of the millennium's challenges, for although our planet is made up of 70% of water, poor distribution and water quality are problems that concern world leaders, being among the objectives of development 2030 agenda set by the ONU. The proposed work aimed at the microbiological treatment of water through cold plasma technology at atmospheric pressure, the control to confirm the efficiency of the treatment was through the analysis of thermotolerant coliforms. The reduction was 93.33% for thermotolerant coliforms and cold plasma technology reduces the time of microbiological treatment of water by 90% over traditional methods due to high energy density, ozone generation and ultraviolet radiation, thus reducing costs because the energy expenditure was low and there is no need to add chemicals.
机译:确保世界的人口饮用水是千年的挑战之一,因为我们的星球由70%的水,分配和水质差是涉及世界领导者的问题,成为发展2030年议程的目标之一onu。所提出的作品旨在通过冷等离子体技术在大气压下进行微生物处理,对照确认治疗效率是通过对热电子大肠的分析。散热性大肠杆菌的还原为93.33%,冷等离子体技术由于高能量密度,臭氧产生和紫外线辐射而在传统方法中通过90%的微生物处理时间减少了90%的时间,从而降低了成本,因为能量支出低,并且有无需添加化学品。

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