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Study on Application of Bi-directional Combination Technology Integrating Residue Hydrotreating with Catalytic Cracking RICP

机译:渣油加氢与催化裂化RICP结合的双向组合技术应用研究

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摘要

After analysing the disadvantages of the traditional residue hydrotreating-catalytic cracking combination process,RIPP has proposed a bi-directional combination technology integrating residue hydrotreating with catalytic cracking called RICP which does not further recycles the FCC heavy cycle oil (HCO) inside the FCC unit and delivers HCO to the residue hydrotreating unit as a diluting oil for the residue that is concurrently subjected to hydrotreating prior to being used as the FCC feed oil.The RICP technology can stimulate residue hydrotreating reactions through utilization of HCO along with an increased yield of FCC light distillate,resulting in enhanced petroleum utilization and economic benefits of the refinery.
机译:在分析了传统渣油加氢-催化裂化合并工艺的弊端之后,RIPP提出了一种将渣油加氢与催化裂化相结合的双向组合技术,称为RICP,该技术不会进一步回收FCC单元内部的FCC重循环油(HCO)和将RCO作为残油的稀释油输送到渣油加氢处理单元,然后将其用作FCC进料油进行加氢处理.RICP技术可以通过利用HCO刺激渣油加氢处理反应,并增加FCC轻质收率馏分,从而提高了炼油厂的石油利用率和经济效益。

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