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MATHEMATICAL MODEL MAXIMIZES GASOLINE OCTANE AND REFINERY PROFITS

机译:数学模型最大化汽油的辛烷值和炼油利润

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摘要

Worldover, blending stream compositions of lead free gasoline of desired octane quality is being relooked at, as more stringent control of lead emission standards are being enforced. In the present case study, the model has identified that choosing the right strategies like optimum use of crude ratio, addition of catalytic reformer unit (CRU) and capacity expansions of crude & vacuum distillation units etc.in a 7.5 million metric tons/year (mmt/y) refinery, there could be an increase of 12 octane number of lead free gasoline and a refinery profit of $3.5 million/year at given constraints of products demand & price structure by using suitable mathematical techniques.
机译:在世界范围内,随着对铅排放标准的更严格控制,人们正在关注具有所需辛烷质量的无铅汽油的混合料流组成。在本案例研究中,该模型已确定选择正确的策略,例如以750万吨/年的速度优化使用原油比率,添加催化重整单元(CRU)以及扩大原油和真空蒸馏单元的产能等( mmt / y)炼油厂,在给定的产品需求和价格结构限制的情况下,使用合适的数学技术,可以增加12辛烷值的无铅汽油,并获得每年350万美元的炼油厂利润。

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