首页> 外文期刊>Environment protection engineering >COMPARISON OF EFFECTIVENESS OF ADVANCED TREATMENT OF MUNICIPAL WASTEWATER BY SORPTION AND NANOFILTRATION. SEPARATE PROCESSES AND INTEGRATED SYSTEMS
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COMPARISON OF EFFECTIVENESS OF ADVANCED TREATMENT OF MUNICIPAL WASTEWATER BY SORPTION AND NANOFILTRATION. SEPARATE PROCESSES AND INTEGRATED SYSTEMS

机译:吸附和纳滤技术深度处理城市污水的效果比较单独的过程和集成的系统

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摘要

The feasibility of effluent treatment in separate processes and in integrated systems has been compared. In the sorption process, carbon nanotubes were used in a pressure installation, enabling execution of the process of sorption with nanofiltration in a cross-flow system. Evaluation of treatment effects based on the measurement of typical pollution parameters (COD, TOC, phenolic index, forms of nitrogen and phosphorus) and concentration of bisphenol A. The results show poor feasibility of sorption as a process for advanced treatment of municipal effluent. Effluent polishing in integrated sorption-nanofiltration systems, however, guaranteed high removal rates of organic and inorganic pollutants.
机译:比较了在单独的过程中和在集成系统中进行废水处理的可行性。在吸附过程中,碳纳米管被用于压力装置中,从而可以在错流系统中执行带有纳米过滤的吸附过程。根据典型污染参数(COD,TOC,酚醛指数,氮和磷的形式)和双酚A浓度的测量,评估处理效果。结果表明,吸附作为深度处理市政污水的可行性很差。但是,集成的吸附-纳滤系统中的废水抛光可确保高去除率的有机和无机污染物。

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