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Study on the Layout and Application of Groundwater Biological Removal of Iron and Manganese System

机译:铁锰系统地下水生物脱除的布局与应用研究

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For the difference of iron and manganiferous groundwater qualities and spatialrndistribution between the groundwater sources and service regions, different layout ofrngroundwater biological removal of iron and manganese system should be adopted. Itrnwas one of the conditions to prevent the ferromanganese sediment silting raw waterrnpipelines to ensure the service lives of water pipelines. It was important for the securityrnand stability runing of the entire water supply system. In this paper, the layoutrnrelationship between the groundwater biological removal of iron and manganese systemrnand the water supply network were studied. As following recommendations had beenrnmade: 1, to minimize the oxygenation opportunity in the process of iron andrnmanganiferous groundwater be taken and delivered; 2, to take into account of removal ofrniron and manganese water works should be as close as possible to water source duringrnthe establishment of the taking water, purification and delivery of water systems, inrnorder to reduce the length of transmission of water line. Use of these recommendationsrnin practice, achieved good results: the groundwater biological removal of iron andrnmanganese treatment plant had a daily handling capacity of 200,000 tons and therneffluent iron, manganese all was trace amount and met the Chinese standards forrndrinking water quality.
机译:针对铁锰地下水水质的差异以及地下水源与服务区之间空间分布的差异,应采用不同布局的地下水生物除铁除锰系统。这是防止铁锰沉淀物淤塞原水管道,确保输水管道使用寿命的条件之一。这对于整个供水系统的安全和稳定运行非常重要。研究了地下水除铁除锰系统中锰与供水管网的布局关系。提出了以下建议:1,尽量减少和输送铁锰地下水中的氧化机会; 2。 2,考虑到铁锰水的清除工作在取水装置的建立,净化和输水系统的建立过程中,应尽量靠近水源,以减少输水管道的长度。在实践中运用这些建议,取得了良好的效果:地下水生物去除铁锰处理厂的日处理能力为20万吨,废水中的铁,锰全部为微量,并达到了中国饮用水水质标准。

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