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OAO工艺应用高效优势菌处理焦化废水的中试
引用本文:李柳,李立敏,徐军富. OAO工艺应用高效优势菌处理焦化废水的中试[J]. 燃料与化工, 2006, 37(5): 37-40
作者姓名:李柳  李立敏  徐军富
作者单位:石家庄焦化集团有限责任公司,石家庄,050031;宁波恒洁水处理工程有限公司,宁波,315800
摘    要:为寻求一种不经稀释而直接处理焦化废水的途径,本文介绍了在OAO工艺中投加HENGJIE高效菌和粉末活性炭降解高浓度未稀释焦化废水的中间试验。试验结果表明:该方法可以处理未稀释的高浓度焦化废水,且系统启动快,降解效率高,CODcr去除率达93.16%,氨氮去除率达98.74%。HENGJIE高效微生物对焦化废水中有毒有害物质具有很高的耐受能力,并可降解一些常规微生物难以降解的有机物。

关 键 词:高效优势菌  焦化废水  OAO工艺  活性炭
文章编号:1001-3709(2006)05-0037-04
收稿时间:2006-04-15
修稿时间:2006-04-15

Coking Waste Water Treatment Pilot Test with High -efficiency Superior Bacterium in OAO Process
Li Liu,Li Limin,Xu Junfu. Coking Waste Water Treatment Pilot Test with High -efficiency Superior Bacterium in OAO Process[J]. Fuel & Chemical Processes, 2006, 37(5): 37-40
Authors:Li Liu  Li Limin  Xu Junfu
Affiliation:Shijiazhuang Coke and Chemical Group, Shijiazhuang 050031, China;Ningbo Hengiie Waste Water Treatment Engineering Co., Ltd, Ningbo 315800, China
Abstract:To find a method for the direct treatment of coking waste water without dilution, a pilot test for adding HENGJIE high- efficiency bacterium and powder active carbon in OAO process to degrade the high concentration coking waste water without dilution is described in the paper. The test result shows that this method can treat the high concentration coking waste water without dilution and the system is characterized by quick start and high- efficiency degradation. Its removal rate of CODcr is up to 93.16% and NH3- N removal rate up to 98.74% . HENGJIE high- efficiency microorganism has high resistance to the poisonous and harmful matters in coking waste water and can degrade the organic matters that are difficult to be degraded with conventional microorganism.
Keywords:High- efficiency superior bacterium Coking waste water OAO process Active carbon
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