生物制剂在SBR中的工业化试验 - 环境工程论文 关键词：生物制剂 炼油污水 污水处理 活性污泥 [gap=527]Keywords：biological agent；refinery wastewater；wastewater treatment；activated sludge
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活性污泥膨胀和控制措施 关键词 炼油污水 活性污泥 膨胀 微生物 控制措施 [gap=1181]Keywords] refinery sewage；active sludge；swell；microbe；control method
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炼油厂污水处理 waste water treatment of refinery
The adsorption denitrification lab-scale test of oil refinery sewage with zeolite, wollastonite and resin showed that the denitrification efficiency of zeolite was 4.28mg/g and resin 5.49mg/g, which meant that the efficiency and economics were relatively poor than bio-carbon tower.
通过沸石、累脱石、树脂对炼油污水进行吸附脱氨小试实验表明,沸石在炼油污水脱氨试验中的脱氨性能为4.28mg/g,树脂为5.49mg/g,其效率及经济性相对生物碳法均较差。
参考来源 - 炼油污水深度处理及回用新技术研究Oil-refining Wastewater is a kind of industrial Wastewater。
炼油污水是一种难处理的工业废水，污染物种类多，浓度高。 随着石油化学工业的发展，炼油污水的治理越来越得到重视。
参考来源 - 膜生物反应器（MBR）处理油田炼油污水试验研究·2,447,543篇论文数据，部分数据来源于NoteExpress
炼油污水经生化处理后虽能达标排放，但仍对水体造成污染。
Although the oil refining sewage treated by the secondary biochemical method can reach the standard of drain, it may still cause water body pollution.
目的探讨低浓度炼油污水作业对人体氧化和过氧化反应的影响。
Objective The effect of oxidation and peroxidation in workers exposed to oil refinery waste water in low concentration was observed.
对炼油污水作为循环冷却水的补充水回用于循环冷却水系统进行了研究。
The return sewage of oil refining using in system of circulating cooling water as supplying water was studied.
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