STUDY AND APPLICATION OF EMULSION LIQUID MEMBRANE METHOD IN TREATING INDUSTRIAL WASTEWATER

doi:10.11894/1005-829x.1999.19(5).6

Abstract

Abstract:

Industrial wastewater is of great amount and harm.Treating industrial wastewater by using emulsion liquidmembrane method can achieve a double aim of resource recoveryand environmental protection. The recent study and applicationstatus of treating industrial wastewater by using emulsion liquidmembrane method are introduced in this paper.

Key words: emulsion liquid membrane, industrial wastewater, environmental protection

摘要：

工业废水量大且对环境危害极大，利用液膜法处理工业废水实现了回收资源和环境保护的双重目的。作者重点介绍近年来液膜法在工业废水处理中的研究和应用。

关键词: 液膜法, 工业废水, 环境保护

Pan Lu-ting, Xiao Jin. STUDY AND APPLICATION OF EMULSION LIQUID MEMBRANE METHOD IN TREATING INDUSTRIAL WASTEWATER[J]. INDUSTRIAL WATER TREATMENT, 1999, 19(5): 6-7,8,49.

潘碌亭, 肖锦. 液膜法在处理工业废水中的研究和应用[J]. 工业水处理, 1999, 19(5): 6-7,8,49.

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URL: https://www.iwt.cn/EN/10.11894/1005-829x.1999.19(5).6

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References

1 方建章，朱兵，王向德等.用乳状液膜法从镀金废液中回收金的研究.环境污染与防治，1998;20(3):1-4
2 朱斌，王向德，张秀娟.液膜法提取单质金的迁移机理及其应用.水处理技术，1997;23(4):210-216
3 梁舒萍，陆冠棋.用液膜分离技术处理含铅废水.化工环保，1998;18(4):22-227
4王向德，王军波.乳状液膜用于湿法冶锌中除铜的研究.水处理技术，1998;24(4):210-214
5 潘涌璋.液膜法处理电路板刻蚀废液中的应用.上海环境科学，1996;15(9):25-27
6 陈靖，王士柱，朱永睿.乳状液膜法处理含锌废水的研究进展.水处理技术，1995;21(4):187-192
7李思芽，褚莹，严忠.液膜法提取高浓度含铬废水的研究.膜科学与技术，1995;15(2):21-5
8 李硕文，陈扬，万伟.液膜法去除水中Cr( VI)的研究.水处理技术，1997;33(3):151-155
9 王靖芳，冯彦琳，孙双红等，乳状液膜法迁移及分离铬(VI)的研究.环境化学，1998;17(1):85-89
10 金美芳，温铁军，林立等.液膜法从金矿贫液中除氰及回收氛化钠的小型工业化试验.膜科学与技术，1994;14(4):16--28
11 曾平，王桂清，肖鹤峰.液膜法处理高氟废水研究.膜科学与技术，1996;16(4):15-21
12 李可彬.金士道.液膜法去除废水中氨氮污染.膜科学与技术，1996;16(3):40-45
13李可彬.乳状液电磁场破乳法的研究.膜科学与技术，1996;16 (4):50-57
14 张仲燕，邢建南，周勤夫.液膜法处理氨氮废水工艺条件研究.上海环境科学，1999;18(2):85-87
15 万印华，王向德，冯肇霖等.液膜法处理和回收多种废水中高浓度酚的研究.水处理技术，1991;17(4):219-225
16 扬品钊，沈力人，冯海慧.乳状液膜处理硝基酚废水及其传质动力学研究.膜科学与技术，1992;12(2):39-43
17 秦非，张志军，蒋挺大等.混合型表面活性剂液膜法处理含酚废水研究.膜科学与技术，1997;23(1):29-32
18 沈力人，扬品钊，陈丽亚.液膜处理对硝基苯胺废水的研究.水处理技术，1997;23(1):45-49
19 鲁军，金锡标，朱红慧等.液膜萃取法处理有机磺酸型工业废水化工环保.1993;13(5):258-261
20 潘碌亭，朱亦仁，邓传芸.乳状液膜法处理含氨基J酸工业废水的初步研究.环境科学，1997;18(4):59-61
21 潘碌亭，朱亦仁.乳状液膜法处理含氨基J酸工业废水的破乳研究.中国环境科学，1996;16(6):470-473
22 彭书传，魏凤玉，崔康平等.p-蔡磺酸钠生产废水的处理.中国环境科学，1998;18(5):455-457
23 潘碌亭，朱亦仁.TOA乳状液膜法处理造纸黑液的初步研究.膜科学与技术，1998;18(4):15-18
24 潘碌亭，朱亦仁，吴成康.液膜分离在造纸黑液治理中的应用.环境科学学报，1998;18(4):445-448

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