对某炼油厂气体分离装置生产计划与工艺条件进行集成优化。
The unit yields of the production planning model were corrected based on the obtained yields operation.
根据上海日报报道：最近上海市的某个地区空气弥漫着一股恶臭，是附近的一个炼油厂的气体泄漏而至的，这加重了污染的困境。
Recent foul smelling air in part of the city, caused by a gas leak at a nearby oil refinery, according to the Shanghai Daily, has compounded the pollution woes.
据美国环保署说，与普通汽油相比，在一个靠沼气发电的现代炼油厂使用玉米提取的乙醇能使温室气体排放降低20%。
According to the EPA, ethanol produced from corn at a modern refinery powered by biogas can represent a 20 percent greenhouse gas reduction compared with regular gasoline.
该法案要求炼油厂、工厂和发电厂在2020年前减少20%温室气体排放量，而到本世纪中叶削减量大致为80%。
The bill would require refineries, factories and power plants to reduce greenhouse gases by 20% by 2020, and roughly 80% by the middle of the century.
炼油厂和石油化工生产中生成各种副产气体。
Refinery and petrochemical operation produce a variety of byproduct gases .
炼油厂排放的很多气体都对人体有害，能导致永久的损害甚至死亡。
Many of the gases emitted by refineries are harmful to humans, and can cause permanent damage and even death.
最后，炼油厂排放很多的气体，如二氧化硫(SO2)、二氧化氮(NO2)、二氧化碳、一氧化碳、甲烷、双环氧乙烷、氟化氢、氯、苯和其他气体。
Finally, refineries emit many gases like sulphur dioxide (SO2), nitrogen oxide (NO2), carbon dioxide, carbon monoxide, methane, dioxins, hydrogen fluoride, chlorine, benzene and others.
炼油厂和石油化工生产中生成各种副产气体。
Refinery and petrochemical operation produce a variety of byproduct gases.
对炼油厂低压湿式螺旋气柜的腐蚀原因进行分析，结果表明：腐蚀主要是由H_2S和CO_2等酸性气体引起。
The analysis of the corrosion in refinery low-pressure fluid seal gas holder reveals that the corrosion is mainly caused by the sour gas containing H_2S and CO_2, etc.
文中阐述了炼油厂排放有害气体的危害性，对常见的恶臭气体产生源、恶臭气体的种类进行分析并对不同的治理方法进行了讨论。
The harms of the emissions of harmful gasses from refineries are expounded, and the sources and the kinds of odorous gasses are analyzed and the various treatment methods are discussed.
炼油厂和石油化工生产中生成各种副产气体。
The most valuable use of refinery gas is for hydrogen production.
用该方法对某炼油厂的气体 分离装置的丙烯浓度软测量建模数据进行过失误差侦破，取得了很好的效果。
The method was used to detect gross errors in modeling data for a propylene concentration soft sensor in a refinery factory and good results were obtained.
指出蒸气凝结水回收的重要性的同时对炼油厂蒸气凝结水回收系统中存在的诸如水击、非凝结性气体不能排除、气阻及疏水阀的选型安装等问题的解决办法进行了探讨。
The solution of problems such as water hammer, hard to dispose the noncondensables, air lock and selection of steam trap were discussed to save energy, protect environment and lower the cost.
指出蒸气凝结水回收的重要性的同时对炼油厂蒸气凝结水回收系统中存在的诸如水击、非凝结性气体不能排除、气阻及疏水阀的选型安装等问题的解决办法进行了探讨。
The solution of problems such as water hammer, hard to dispose the noncondensables, air lock and selection of steam trap were discussed to save energy, protect environment and lower the cost.
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