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Impact of processing different blends of heavy gas oil and light cycle oil in a mild hydrocracker unit

机译:在温和的加氢裂缝单元中加工不同燃气油和光循环油混合的影响

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摘要

This mild hydrocracking study is focused on processing of heavy gas oil (HGO), light cycle oil (LCO) and blends of HGO and LCO in different concentrations over commercially available catalysts in a pilot plant having two-stage processing configuration. The performance of the catalysts has been verified for two different stuations. The first one is with feed blend maximizing HGO and second with feed blend maximizing LCO, both targeting 100% product yield. The effect of changes in feedstock blends, temperature, pressure, LHSV, and H-2/HC ratio is discussed in this paper. The impact of product quality from different feedstock blends have been ascertained by comparing the base case data from the commercial unit and also the equipment design limits are taken into consideration.
机译:这种温和的加氢裂化研究专注于在具有两级加工构型的试验装置中的商业催化剂的不同浓度的HGO和LCO的处理中的重量瓦斯油(HGo),光循环油(LCO)和LCO的混合物。 催化剂的性能已经验证了两种不同的施约。 第一个是用饲料混合物最大化HgO和第二用饲料混合物最大化LCO,靶向100%产物产率。 本文讨论了原料共混物,温度,压力,LHSV和H-2 / HC比的变化的影响。 通过比较来自商业单元的基础案例数据以及设备设计限制,已经确定了不同原料混合的产品质量的影响。

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