Water management for development of water quality in the Ruhr River basin.

R Klopp
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Abstract

On the Ruhr, a small river running through hilly country and with a mean flow of 76 m3/s, 27 water works use the method of artificial groundwater recharge to produce 350 million m3 of drinking water annually. On the basis of a special act, the Ruhr River Association is responsible for water quality and water quantity management in the Ruhr basin. The present 94 municipal sewage treatment plants ensure that the raw water is sufficiently good to be turned into drinking water. In the Ruhr's lower reaches, where dry weather results in a 20% share of the entire water flow being treated wastewater, comparatively high concentration of substances of domestic or industrial origin are likely, including substances which municipal wastewater treatment measures cannot entirely remove. These substances include ammonium, coliform bacteria or pathogens, boron and organic trace substances. Although water treatment measures have greatly contributed to the considerable improvement of the Ruhr's water quality in the last few decades, it is desirable to continue to aim at a high standard of drinking water production technologies since the Ruhr is a surface water body influenced by anthropogenic factors. However, in the case of substances infiltrating into drinking water, legislation is required if a reduction of pollution appears to be necessary.

鲁尔河流域水质发展的水管理。
鲁尔河是一条流经丘陵地区的小河,平均流量为76立方米/秒,有27个水厂采用人工地下水补给的方法,每年生产3.5亿立方米的饮用水。根据一项特别法案,鲁尔河流协会负责鲁尔流域的水质和水量管理。现有的94个城市污水处理厂确保原水足够好,可以转化为饮用水。在鲁尔下游,干燥的天气导致整个水流量的20%被处理为废水,可能存在相对高浓度的生活或工业来源物质,包括市政废水处理措施无法完全去除的物质。这些物质包括铵、大肠菌群或病原体、硼和有机微量物质。虽然在过去的几十年里,水处理措施极大地改善了鲁尔的水质,但由于鲁尔是受人为因素影响的地表水,因此继续以高标准的饮用水生产技术为目标是可取的。但是,在物质渗入饮用水的情况下,如果减少污染似乎是必要的,就需要立法。
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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