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Alternative treatment technologies to deep well disposal of industrial wastewater.

机译:深井处理工业废水的替代处理技术。

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摘要

The suitability of wastewater disposed of by deep well injection was assessed to identify candidate wastewaters for treatment by other means such that the treated stream could be discharged to surface waters or re-used in an industrial process. The project goal was consistent with the water conservation objective specified in Alberta's Water for Life Strategy. The suitability of wells operated under approval numbers 3924, 8185, 8926, 8713, 9699, and 8784 was not assessed because either inadequate data were available or the volume injected was below the 10,000 m³/mo minimum established in Phase I of this project.; The most suitable treatment sequence for the well operated under approval number 4779 may be a biofilter followed by nanofiltration/reverse osmosis membrane. This should be verified via bench-scale testing before proceeding to pilot- or full-scale treatment. The appropriate treatment for the well operated under approval number 8951 is most likely an American Petroleum Institute separator followed by demulsification of oil and dissolved air flotation with a membrane or a lagoon. The most feasible option for the well operated under approval number 5737 well is believed to be chemical flocculation followed by dissolved air floatation. The most effective alternative to deep well disposal for the wastes disposed under approval number 7842 well appears to discharge to the municipal sewer system.
机译:评估了通过深井注水处理后的废水的适用性,以确定可能通过其他方式处理的废水,以便将处理后的废水排放到地表水中或在工业过程中重复使用。该项目的目标与艾伯塔省“生命之水”战略中规定的节水目标一致。 ;未评估批准号为3924、8195、8926、8713、9699和8784的油井的适用性,因为没有足够的数据或注入量低于该项目第一阶段确定的最低10,000m³/ mo。对于批准号为4779的良好操作的井,最合适的处理顺序可能是生物过滤器,然后是纳滤/反渗透膜。在进行中试或全规模治疗之前,应通过台式规模测试对此进行验证。对于批准号为8951的良好作业井,适当的处理方法很可能是美国石油学会的分离器,然后进行油的破乳和用膜或泻湖进行的气浮。对于批准编号为5737的井,该井最可行的选择是化学絮凝,然后进行气浮。对于批准号7842井处理的废物,深井处理的最有效替代方法似乎是排入市政下水道系统。

著录项

  • 作者

    Jin Sung, Tae Bong.;

  • 作者单位

    University of Alberta (Canada).;

  • 授予单位 University of Alberta (Canada).;
  • 学科 Engineering Environmental.
  • 学位 M.Sc.
  • 年度 2006
  • 页码 174 p.
  • 总页数 174
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 环境污染及其防治;
  • 关键词

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