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生物转盘降解有机物的系统模拟
引用本文:高雪,佟芳华,张磊,孙征.生物转盘降解有机物的系统模拟[J].石化技术与应用,2011,29(6):536-538.
作者姓名:高雪  佟芳华  张磊  孙征
作者单位:中国石油大庆炼化公司炼油一厂,黑龙江大庆,163414
基金项目:中国石油天然气集团公司中青年创新基金资助项目(项目编号:07E1010)
摘    要:对生物转盘处理油田污水技术进行了数学模拟,并建立了动力学方程式。结果表明,反应速率常数受温度(Q)、水力停留时间(M)、pH值(N)等因素的影响。在N为7,Q为20℃,M为7 h,转速为4 r/min,盘片浸没面积为45%,进水化学需氧量(COD)为600 mg/L的条件下,生物转盘降解有机物的动力学方程为Cl=C0/exp(0.95×102Q-6.93M-0.70N-1.30t),式中:C0,Ct分别为进水和t时刻出水COD。

关 键 词:生物转盘  废水  有机物降解  数学模拟  动力学方程

System simulation for organic matter degradation by biological rotating contactor
Gao Xue,Tong Fanghua,Zhang Lei,Sun Zheng.System simulation for organic matter degradation by biological rotating contactor[J].Petrochemical Technology & Application,2011,29(6):536-538.
Authors:Gao Xue  Tong Fanghua  Zhang Lei  Sun Zheng
Affiliation:Gao Xue,Tong Fanghua,Zhang Lei,Sun Zheng(Refinery No 1 of Daqing Refining & Chemical Company,PetroChina,Daqing 163414,China)
Abstract:The process of treating oilfield sewage by biological rotating contactor was simulated,and its kinetic equation was established.The results showed that the reaction rate constant was affected by temperature(Q),hydraulic retention time(M) and pH value(N).Under the conditions of N 7,Q 20℃,M 7h,the area of submerged disc 45%,the chemical oxygen demand(COD) of influent 600mg/L,the overall reaction equation of degradation of COD was Ct=C0/exp(0.95×10^2Q^-6.93M^-0.70N^-1.30t), where C0 and Ct were influent COD and effluent COD at time t,respectively.
Keywords:biological rotating contactor  wastewater  organic matter degradation  mathematical simulation  kinetic equation  
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