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随着工业的发展,全世界范围的饮用水水源的污染日益加剧,直接影响到人类生活饮水的水质,危害着人类的健康。如何有效的去除水中污染物,提高饮用水深度处理的技术正受到人们的广泛关注。生物活性炭技术(BAC)现已成为饮用水深度处理系统中最为有效、应用最为普遍的技术之一。本论文着重论述了应用人工固定化BAC的理论基础,并利用工程应用实例阐述了该技术的优点并号召推广应用。
With the development of industry, the pollution of drinking water sources around the world is aggravating day by day, which directly affects the quality of human drinking water and endanger human health. How to effectively remove water pollutants, improve the depth of drinking water treatment technology is receiving widespread attention. Bio-activated carbon technology (BAC) has now become one of the most effective and commonly used technologies in advanced drinking water treatment systems. This thesis focuses on the theoretical basis of the application of artificial immobilization BAC, and expounds the advantages of this technology and calls for its popularization and application by using engineering application examples.