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Kinetics studies on the removal of Methyl ethyl ketone using cornstack based biofilter

机译:基于玉米堆的生物滤池去除甲乙酮的动力学研究

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The performance of cornstack based biofilter inoculated with a mixed culture was evaluated for gas phase MEK removal under various operating conditions. Experiments were carried out at different flow rates (0.03-0.12 m(3) h(-1)) and various initial concentrations (0.2-1.2 g(-3)). A maximum elimination capacity (EC) of 35 g(-3) h(-1) was achieved at an inlet loading rate of 60 g(-3) h(-1) with a removal efficiency of 95%. High elimination capacity reached with this system could have been due to the dominant presence of filamentous fungi among others. The experimental results were compared with the values obtained from the Ottengraf-van den Oever model for zero-order diffusion-controlled region. The critical inlet concentration, critical inlet load and biofilm thickness were estimated using the model predictions. (C) 2015 Elsevier Inc. All rights reserved.
机译:在各种操作条件下,评估了用混合培养物接种的基于玉米堆的生物滤池的性能,可用于气相MEK去除。实验以不同的流速(0.03-0.12 m(3)h(-1))和各种初始浓度(0.2-1.2 g(-3))进行。在入口负荷率为60 g(-3)h(-1)时,最大清除能力(EC)为35 g(-3)h(-1),去除效率为95%。该系统达到的高清除能力可能是由于丝状真菌等主要存在。将实验结果与从Ottengraf-van den Oever模型获得的零阶扩散控制区域的值进行比较。使用模型预测来估算临界入口浓度,临界入口负荷和生物膜厚度。 (C)2015 Elsevier Inc.保留所有权利。

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