Water reclamation & phyto -technologies

M. Giannotti
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Abstract

In this paper conventional and innovative phyto-technologies, applied on different kinds ofpolluted waters to obtain their safe reuse, are showed. Today, the last frontier ofenvironmental recovery in the world is: Water Reclamation. Most important targets of waterreclamation are: recover and reuse wastewaters in safety, freshwater aquifer recharge, publichealth protection, and new economic viable source. There are a lot of technologies to treatdifferent kinds of wastewaters (urban, industrial, zootechnical, etc), but conventionaltechnologies able to treat, recover and reuse wastewaters in the same time, are very few and soexpensive that the cost of recovered water is no sustainable by public administrations; overallin the developing countries in Africa, Asia, South and Centre America (F AO-WHO).In the latest years, phyto-technologies proved their efficiency in the wastewater reclamationand their cheap and easy way to be built and maintained. The phyto-technologies experiencesshown in this paper are applied on polluted waters from industries and agroindustries, pigfeedlot, towns, and polluted water of rivers and/or lakes. The paper is completed withanalytical data and results; compared with national and/or international (F AO-WHO) lawlimits for reclaimed waters; and building and maintenance costs, compared with conventionalactivated sludge systems.We speak about projects financed by public administrations or international organizations(F AO-European Union) and realized to reclaim and reuse treated wastewaters usingconventional and/or advanced phytoremediation technologies. All this has opened a newcheap and easy way, to reuse in safety treated waters, to protect environment, and to controlfresh water pollution.
水回收与植物技术
本文介绍了传统的和创新的植物技术在不同污染水体上的应用,以实现其安全回用。今天,世界上环境恢复的最后一个前沿是:水的回收。水再生的最重要目标是:废水的安全回收和再利用、淡水含水层补给、公共健康保护和新的经济可行来源。有很多技术可以处理不同种类的废水(城市、工业、动物技术等),但能够同时处理、回收和再利用废水的传统技术很少,而且价格昂贵,以至于公共管理部门无法承受回收水的成本;非洲、亚洲、南美洲和中美洲的发展中国家(粮农组织-世卫组织)。近年来,植物技术在污水处理方面取得了良好的效果,而且成本低廉,易于建造和维护。本文所展示的植物技术经验可用于工业和农业工业、猪场、城镇以及河流和湖泊的污染水。本文以分析数据和结果完成;与国家和/或国际(粮农组织-世界卫生组织)再生水的法律限值进行比较;与传统的活性污泥系统相比,建造和维护成本更低。我们谈到了由公共管理部门或国际组织(粮农组织-欧盟)资助的项目,这些项目实现了利用传统和/或先进的植物修复技术回收和再利用处理过的废水。这为安全处理后的水回用、保护环境、控制淡水污染开辟了一条经济、简便的新途径。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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