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Study of the environmental management schema for mixed residential areas near extra-low-permeability oilfield based on PVC-blend hollow-fiber membrane wastewater treatment

机译:基于PVC混纺中空纤维膜废水处理的特低渗油田附近混合居住区环境管理方案研究

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摘要

In this paper, we showed that the membrane's average oil content, which cannot be tested at a 100% removal rate, is 0.04 mg/L after filtration. The average suspended solids content is 0.49 mg/L, and the median particle diameter is 0.788 μm. The treated water met the reinjection quality standards for the extra-low permeability layer of the Daqing oilfield enterprises and industrial production standards; thus, the processing technique used for the reinjection of this oily wastewater into the extra-low permeability oil layer is acceptable. To guarantee the sustainable development of the residential environment surrounding the oilfield, we developed an integrated processing technique for use in an oilfield environment situated near a residential area consisting of the following steps: raw water → oxidation and aeration → double flotation → filtration → membrane separation → water production → depth treatment of the artificial wetland system.
机译:在本文中,我们表明过滤后无法以100%去除率测试的膜的平均油含量为0.04 mg / L。平均悬浮固体含量为0.49 mg / L,中值粒径为0.788μm。处理后的水达到大庆油田企业特低渗透层回注质量标准和工业生产标准;因此,用于将该含油废水再注入特低渗透油层的处理技术是可以接受的。为了保证油田周围居民环境的可持续发展,我们开发了一种用于居民区附近油田环境的集成处理技术,该工艺包括以下步骤:原水→氧化和曝气→双重浮选→过滤→膜分离→产水→人工湿地系统的深度处理。

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