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Numerical study on flow and heat transfer in a new thermal decomposition reactor for waste cooking oil

机译:废料烹饪油中新型热分解反应器中流动和传热的数值研究

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Faced with the study of the waste cooking oil into fuel, the effect of the flow and heat transfer on the reaction mechanism is analysized in a new designed reactor using numerical simulation method. The computational results shown the swirling flow in the reactor can effectively improve the velocity distribution and temperature level near the wall and the catalyst columns and decrease velocity level near axis. The arrangement of double-layer catalyst columns can not only increase catalytic efficiency of the reactant, but also don't almost influence the velocity and temperature distribution in the reactor with swirler.
机译:面对废物食用油进入燃料的研究,使用数值模拟方法在新设计的反应器中分析了流动和传热对反应机理的影响。显示在反应器中旋转流动的计算结果可以有效地改善壁和催化剂柱附近的速度分布和温度水平,并降低轴线附近的速度水平。双层催化剂塔的布置不仅可以增加反应物的催化效率,而且几乎不会影响反应器中的速度和温度分布与旋流器。

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