Enhancement in the Efficiency of Existing Oxidation Ponds by Using Aquatic Weeds at Little or No Extra Cost-The Macrophyte-Upgraded Oxidation Pond (MUOP)

Tasneem Abbasi; rnS. A. Abbasi

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Enhancement in the Efficiency of Existing Oxidation Ponds by Using Aquatic Weeds at Little or No Extra Cost-The Macrophyte-Upgraded Oxidation Pond (MUOP)

机译：通过使用水生杂草以很少的成本或没有额外的成本来提高现有氧化塘的效率-大型植物升级的氧化塘（MUOP）

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All over the world, tens of thousands of oxidation ponds are in operation treating sewage and other biodegradable wastewaters. The performance of such ponds can be greatly enhanced if certain aquatic weeds are held in them. The weeds enable better treatment of wastewater in terms of greater reduction in the biochemical oxygen demand (BOD), suspended solids, nitrogen, phosphorous, metals, etc., than is possible in ponds functioning without the weeds. The additional costs of this 'upgradation' are minimal compared to the gains, because it essentially involves introduction in the ponds of easily available plants that have no economic value. This paper presents the gist of the know-how utilizable in 'upgrading' existing oxidation ponds with the help of aquatic weeds but without any significant additional civil works. It also dwells upon the strategies for the management of the weeds, and their postharvest utilization.

机译：在世界各地，数以万计的氧化池正在运行，用于处理污水和其他可生物降解的废水。如果池塘中保留有某些水草，则可以大大提高池塘的性能。与没有杂草的池塘相比，杂草能够更好地处理废水，因为生化需氧量（BOD），悬浮固体，氮，磷，金属等方面的减少更大。与收益相比，这种“升级”的额外成本是最小的，因为它实质上涉及在池塘中引入容易获得的，没有经济价值的植物。本文介绍了在水生杂草的帮助下“升级”现有氧化池中可利用的专业知识的要点，但没有进行任何其他重大的土建工程。它还讨论了杂草的管理策略以及它们的收获后利用。

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来源
《Bioremediation journal》 |2010年第2期|P.67-80|共14页
作者
Tasneem Abbasi; rnS. A. Abbasi;
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作者单位

Centre for Pollution Control and Environmental Engineering, Pondicherry University, Puducherry, India;

rnCentre for Pollution Control and Environmental Engineering, Pondicherry University, Chinakalapet, Puducherry 605 014, India;

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正文语种 eng
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关键词
aquatic weeds; BOD; macrophytes; metals; oxidation ponds; treatment; wastewater;

机译：水草;董事会大型植物;金属;氧化池;治疗;废水;

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Enhancement in the Efficiency of Existing Oxidation Ponds by Using Aquatic Weeds at Little or No Extra Cost-The Macrophyte-Upgraded Oxidation Pond (MUOP)

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