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METHOD water disinfection AGAINST INDICATOR, potentially pathogenic and pathogenic bacteria

机译：方法对指示物，潜在致病菌和致病菌进行水消毒

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摘要

water disinfection method against indicator potentially pathogenic and pathogenic bacteria, comprising a sampling assessment of the quality of the original contaminated water and disinfecting water insoluble heterogeneous sensitizers, characterized in that as insoluble heterogeneous sensitizers using sensitizers which are insoluble in water based on phthalocyanines, grafted to the aminopropyl silica gel at concentrations of 1 to 10 g / l, in the structure of the active phase metal containing phthalocyanines With the active phase concentration of 1.5 to 10 m / g, with different electric charges with different pore diameters carrier selected heterogeneous sensitizers are administered to the infected water, and kept it for 30 minutes in the dark, followed by flash coverage at a distance of 10 cm electric lamp with a luminous flux of 9100 lm, with the active oxygen bubbling air for 1-2 hours at a temperature of 22-25 ° C, then after deposition sensitizers for 5 min collected water samples from the supernatant, and the slurry sludge seeded s water into dense differential nutrient media Direct sowing and by membrane filtration, crops were incubated for 24 hours at 37 ° C in an oven followed by counting of colonies on the surface of nutrient media and calculating the effectiveness of the disinfecting action of heterogeneous sensitizers based on phthalocyanines grafted to aminopropylated silica gel to assess the effectiveness of disinfection as a high value when ≥99,99, when an average value of from 80.9 to 99.98, at a low value of 80.9.
机译：针对指示剂潜在致病和致病细菌的水消毒方法，包括对原始污染水的质量进行抽样评估并对水不溶性非均质敏化剂进行消毒，其特征在于，使用不溶性的敏化剂作为不溶性异质敏化剂，该敏化剂基于酞菁而接枝氨基丙基硅胶的浓度为1到10 g / l，在含有酞菁的活性相金属的结构中，活性相的浓度为1.5到10 m / g，具有不同的电荷和不同的孔径，载体选择的非均相敏化剂是注入受感染的水，并在黑暗中放置30分钟，然后在10 cm电灯的距离内以9100 lm的光通量覆盖闪光灯，并在一定温度下将活性氧鼓泡1-2小时22-25°C，然后在沉积敏化剂5分钟后收集水样从上清液中将污泥的种子播种到稠密的不同营养培养基中，然后直接播种并通过膜过滤，将农作物在37°C的烤箱中孵育24小时，然后计算营养培养基表面的菌落并计算基于酞菁的异质敏化剂消毒效果的有效性，当将氨基丙基化硅胶接枝到氨基丙基化硅胶上时，将消毒效果评估为≥99,99时的高值，当平均值从80.9到99.98时，在低值<80.9时。

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