浅析"就地"生物治理技术.doc
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浅析"就地"生物治理技术,浅析"就地"生物治理技术本文共计7页，5627字； 摘 要"就地"生物治理技术就是采用微生物技术和环境工程手段在受污染地带"就地"处理土壤(也包括地下水和海洋)中的有毒有害有机污染物。本文介绍了这种新兴环境生物技术的研究概况,综述了固有生物净化过程的强化措施, "就地"生物治理的工程化手段和评价"就地"生物治理技术可行...
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浅析"就地"生物治理技术
本文共计7页，5627字；
摘 要
"就地"生物治理技术就是采用微生物技术和环境工程手段在受污染地带"就地"处理土壤(也包括地下水和海洋)中的有毒有害有机污染物。本文介绍了这种新兴环境生物技术的研究概况,综述了固有生物净化过程的强化措施, "就地"生物治理的工程化手段和评价"就地"生物治理技术可行性的程序, 列举了几个"就地"生物治理技术实际应用的例子。
关键词:有毒有害有机污染物土壤 "就地"生物治理
In Situ Bioremediation Technology
Zhang Tong, Zhao Qingxiang(Department of of Environmental Engineering, East China University of Science and Technology, Shanghai, 200237)
Zhu Huailan
(Department of Environmental Science, East China NormUniversity , Shanghai, 200237)
Abstract
The bioremediation technology is a innovative method, which utilizes microbial technologies and environmental engineering measures and is used in situ to treat the toxic and hazardous organic pollutants in soil, groundwater and oceans. This paper introduced the outline about this new technology study and reviewed the ways to enhance natural biodegradation processes , the engineering methods to apply bioremediation technology and the procedure to evaluate the feasibility of bioremediation technology. Several case studies of bioremediation were also listed at the mean time.
目录：
1.研究概况:
2."就地"生物治理所采用的强化措施:
2.1.接种微生物:
2.2.添加微生物营养盐:
2.3.提供电子受体:
2.4.提供共代谢底物诱导共代谢酶:
3."就地"生物治理技术的工程化方法:
3.1."就地"处理
3.2.挖掘堆置处理
3.3.反应器处理
4.评价"就地"生物治理技术可行性的程序
5."就地"生物治理技术的应用实例:
部分参考文献:
[1] J.H.Skinner. U.S.EPA Bioremediation Research Programs. InOn- site Bioreclamation.R.E.Hinchee,R.F.OlfenbuffelEds.Butterworth-Heinemann, Massachusetts, U.S.A.1991.pp1-15.
[2] A.PortaA Review of European Bioremediation Practice.In In Situ Biorecalmation. R.E.Hinchee,R.F.OlfenbuffelEds.Butterworth-Heinemann, Massachusetts, U.S.A.1991. pp1-13.
[3] P.L.McCarty. In situ Methanotrophic Bioremediation forContaminated Groudwater at St.Joseph, Michigan.InOn-siteBioreclamation.R.E.Hinchee,R.F.OlfenbuffelEds. Butterworth-Heinemann,Massachusetts, U.S.A.1991.pp16-40.
[4] L.Semprini.In Situ Biotransformation of Carbon Tetrachloride,Freon -113, Freon-111, and 1,1,1-TCA under Anoxic Conditions.InOn- site Bioreclamation.R.E.Hinchee,R.F.OlfenbuffelEds.Butterworth-Heinemann, Massachusetts, U.S.A.1991.pp41-58.
[5]A.V.Palumbo.Effects of Diverse Organic
本文共计7页，5627字；
摘 要
"就地"生物治理技术就是采用微生物技术和环境工程手段在受污染地带"就地"处理土壤(也包括地下水和海洋)中的有毒有害有机污染物。本文介绍了这种新兴环境生物技术的研究概况,综述了固有生物净化过程的强化措施, "就地"生物治理的工程化手段和评价"就地"生物治理技术可行性的程序, 列举了几个"就地"生物治理技术实际应用的例子。
关键词:有毒有害有机污染物土壤 "就地"生物治理
In Situ Bioremediation Technology
Zhang Tong, Zhao Qingxiang(Department of of Environmental Engineering, East China University of Science and Technology, Shanghai, 200237)
Zhu Huailan
(Department of Environmental Science, East China NormUniversity , Shanghai, 200237)
Abstract
The bioremediation technology is a innovative method, which utilizes microbial technologies and environmental engineering measures and is used in situ to treat the toxic and hazardous organic pollutants in soil, groundwater and oceans. This paper introduced the outline about this new technology study and reviewed the ways to enhance natural biodegradation processes , the engineering methods to apply bioremediation technology and the procedure to evaluate the feasibility of bioremediation technology. Several case studies of bioremediation were also listed at the mean time.
目录：
1.研究概况:
2."就地"生物治理所采用的强化措施:
2.1.接种微生物:
2.2.添加微生物营养盐:
2.3.提供电子受体:
2.4.提供共代谢底物诱导共代谢酶:
3."就地"生物治理技术的工程化方法:
3.1."就地"处理
3.2.挖掘堆置处理
3.3.反应器处理
4.评价"就地"生物治理技术可行性的程序
5."就地"生物治理技术的应用实例:
部分参考文献:
[1] J.H.Skinner. U.S.EPA Bioremediation Research Programs. InOn- site Bioreclamation.R.E.Hinchee,R.F.OlfenbuffelEds.Butterworth-Heinemann, Massachusetts, U.S.A.1991.pp1-15.
[2] A.PortaA Review of European Bioremediation Practice.In In Situ Biorecalmation. R.E.Hinchee,R.F.OlfenbuffelEds.Butterworth-Heinemann, Massachusetts, U.S.A.1991. pp1-13.
[3] P.L.McCarty. In situ Methanotrophic Bioremediation forContaminated Groudwater at St.Joseph, Michigan.InOn-siteBioreclamation.R.E.Hinchee,R.F.OlfenbuffelEds. Butterworth-Heinemann,Massachusetts, U.S.A.1991.pp16-40.
[4] L.Semprini.In Situ Biotransformation of Carbon Tetrachloride,Freon -113, Freon-111, and 1,1,1-TCA under Anoxic Conditions.InOn- site Bioreclamation.R.E.Hinchee,R.F.OlfenbuffelEds.Butterworth-Heinemann, Massachusetts, U.S.A.1991.pp41-58.
[5]A.V.Palumbo.Effects of Diverse Organic
