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Novel Approaches to Controlling Contaminant Levels in Vacuum Gas Oil (VGO)

机译:控制真空煤气油中污染水平的新方法(VGO)

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THE IMPORTANCE OF CONTROLLING CONTAMINANT LEVELS IN VGO For many refiners, the amount of VGO that their vacuum distillation units {VDU) can generate is a critical constraint. Have you ever tried to lift more from the vacuum residue (VR) in order to fiii the hydrocracker, fluidised catalytic cracker (FCC) or other conversion unit, only for that downstream unit to suffer reliability issues as a consequence? When lifting additional VGO with standard hardware, elevated levels of metals and other harmful contaminants can be entrained in the VGO, However, with the latest technology it is possible to increase the VGO yield of a VDU substantially, at low cost, and without affecting the downstream units' reliability.
机译:控制vgO污染水平对许多炼油厂的重要性,其真空蒸馏单位{VDU)可以产生的vGO的量是临界约束。您是否曾尝试过从真空残留(VR)中升温,以便为该下游单元提供加氢裂化器,流化催化裂解器(FCC)或其他转换单元,以使下游单元遭受可靠性问题?当用标准硬件提升额外的VGO时,VGO可以纳入升高的金属和其他有害污染物的升高,但是,最新技术可以在低成本中基本上增加VDU的VGO产量,而不会影响下游单位的可靠性。

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