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高梯度磁分离技术在饮用水净化中的应用研究——最佳工艺流程与参数的探讨

Study on Application of the High Gradient Magnetic Separation (HGMS) Technology to Drinking Water Purificaton——Optimized Process Flow and Parameters

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【作者】 陈风冈; 金承基; 曲善慈;

【Author】 Chen Fenggang Jin Chengji Qu Shanci (Haerbin College of Architectural Engineering)

【机构】 哈尔滨建筑工程学院; 哈尔滨建筑工程学院;

【摘要】 本文是四篇论文中的一篇,介绍了高梯度磁分离技术(HGMS)用于饮用水净化的工艺流程和参数,肯定了它在这一技术领域的应用价值。这一研究成果,不仅拓宽了HGMS的可能应用领域,而且为给水处理开辟了新的技术途径,特别是,由于该技术的处理效果不受温度和浊度的影响,遂使广大北方地区的低温低浊问题应刃而解.磁助凝,低磁强,高滤速,磁种回用,是HGMS流程的最主要特点,文中做了详尽的阐述。

【Abstract】 This Paper is one of four Papers in a series to describe HGMS technology in use for drinking water purification and specifically relates to Processes and Parameters, The Practibility of this technology in the field of drinking water purification has been Proved to be sure. The findings from this study Widen not only the range of Possible application of HGMS but also open the new technical app-roaches to the treatment of watersupply especially due to the treatment effectiveness of HGMS being independent on temperature and turbidity of water so that the low temperature and low turbidity Problems can be readily solved. Ma gnetic coagulation, low magnetization, high speed of filtration and recovery of magnetic seeds are all the distinct characteristics of HGMS Process flow that are described detailly in the Paper.

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