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首页> 外文期刊>Advances in Environmental Chemistry >Oil and Grease Removal from Industrial Wastewater Using New Utility Approach
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Oil and Grease Removal from Industrial Wastewater Using New Utility Approach

机译:使用新的效用方法去除工业废水中的油脂

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The present study is an attempt to investigate oil and grease pollution that may pollute fresh water and influence aquatic environment. Then removal of oil and grease from manufacturing wastewater befall essential but common techniques not enough. Enzyme and adsorption units representing major developed new laboratory were selected to assess the water quality and humiliation prospective of oil and grease from wastewater. Several components and environmental variables that were dissolved oxygen, bacteriology measure, flow rate and adsorption material amount studied to assess the removal performance of oil and grease. The results elucidated significant variations among different tests which influenced microbial necessary role of oxidation declining develop biological treatment process reached to 72%. The study stressed out natural material (zeolite) that enhanced organic reduction under optimal conditions. These conditions were closer spacing and high length of adsorbing unit that led to increase oil and grease contact period with adsorbent and added to increase performance removal reached to 99%.
机译:本研究是试图调查可能污染淡水并影响水生环境的油脂污染。然后,从生产废水中去除油脂是必不可少的,但是普通技术还不够。选择了代表主要新实验室的酶和吸附装置来评估水质和废水中油脂的减损前景。研究了溶解氧,细菌学措施,流速和吸附材料量等几个成分和环境变量,以评估油脂的去除性能。结果阐明了不同试验之间的显着差异,影响了微生物氧化降解微生物的必要作用,开发生物处理工艺达到了72%。该研究强调了在最佳条件下能增强有机还原的天然材料(沸石)。这些条件是更紧密的间距和较长的吸附单元,这导致增加了油脂与吸附剂的接触时间,并增加了性能,去除率达到了99%。

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