Reduction of Waste Water Discharge at the Water Treatment Facilities of Kazanorgsintez Public Company

Churikov F. I.; Snigirev S. V.; Ruchenin A. A.

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Reduction of Waste Water Discharge at the Water Treatment Facilities of Kazanorgsintez Public Company

机译：减少Kazanorgsintez公众公司的水处理设施中的废水排放

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The technology of the reuse of wash water, dewatering and utilization of sludges with AКBA-AУPAT~(mM)30 coagulant in the presence of ПpaecmoЛ flocculant is described.

机译：描述了在絮凝剂存在的情况下，用AКBA-AУPAT〜（mM）30混凝剂对洗涤水进行再利用，脱水和污泥利用的技术。

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《Водоснабжение　и　санитарная　техника.》 |2003年第9期|共4页
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Churikov F. I.; Snigirev S. V.; Ruchenin A. A.;
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1. Reduction of Waste Water Discharge at the Water Treatment Facilities of Kazanorgsintez Public Company [J] . Churikov F. I., Snigirev S. V., Ruchenin A. A. Водоснабжение　и　санитарная　техника. . 2003,第9期

机译：减少Kazanorgsintez公众公司的水处理设施中的废水排放
2. Public sector voluntary initiatives: the adoption of the environmental management system by public waste water treatment facilities in the United States [J] . Wan-Ling Huang, Eric W. Welch, Elizabeth A. Corley Journal of Environmental Planning and Management . 2014,第9a10期

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3. Southern California Gas and San Diego Gas & Electric have filed for authorization from the California Public Utilities Commission (CPUC) to develop the necessary production and conditioning facilities needed to transform organic waste from water treatment plants, farms and other operations into renewable natural gas [J] . Gas Market Reconnaissance Group NGW's Gas Market Reconnaissance . 2010,第Nova23期

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4. Subdrain Water Treatment Facility for Reduction of Waste Water Amount at the Fukushima NPS Site - 19318 [C] . Takako Sumiya, Yusuke Kitamoto, Yasuo Yoshii, Annual Waste Management Conference . 2019

机译：福岛NPS网站的副水处理设施降低废水量 - 19318年
5. Effects of Water Conservation and Nutrient Source Reduction on Wastewater Treatment Facility Performance [D] . McKenna, Anna Marie. 2016

机译：节水与养分源降低对废水处理设施性能的影响
6. Effect-based assessment of recipient waters impacted by on-site small scale and large scale waste water treatment facilities – combining passive sampling with in vitro bioassays and chemical analysis [O] . Anna Kjerstine Rosenmai, Johan Lundqvist, Pablo Gago-Ferrero, -1

机译：基于效果的现场小规模和大规模废水处理设施影响的接收水评估–将被动采样与体外生物测定和化学分析相结合
7. Surface Water Modeling Using an EPA Computer Code for Tritiated Waste Water Discharge from the heavy Water Facility [O] . Chen, K.F. 1998

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8. Determination of Dilution Factors for Discharge of Aluminum-Containing Wastes by Public Water-Supply Treatment Facilities into Lakes and Reservoirs in Massachusetts [R] . Colman, J. A., Massey, A. J., Levin, S. B. 2011

机译：公共供水处理设施向马萨诸塞州湖泊和水库排放含铝废物的稀释因子的确定

Reduction of Waste Water Discharge at the Water Treatment Facilities of Kazanorgsintez Public Company

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