China Petroleum Processing and Petrochemical Technology(中国炼油与石油化工)(ISSN 1008-6234;CN 11-4012/TE)创刊于1999年,季刊,是中国出版的炼油和石油化工方面的第一份英文期刊,由石油化工科学研究院主办,属综合(指导)类科技期刊...China Petroleum Processing and Petrochemical Technology(中国炼油与石油化工)(ISSN 1008-6234;CN 11-4012/TE)创刊于1999年,季刊,是中国出版的炼油和石油化工方面的第一份英文期刊,由石油化工科学研究院主办,属综合(指导)类科技期刊,报道内容以中国国内信息为主,兼顾世界各地的重要科技动态。展开更多
One of the most common problems arising from the application of exergy analysis is the allocation of cumulative exergy consumption （CExC） in the petroleum distillation process yielding several useful products. Based...One of the most common problems arising from the application of exergy analysis is the allocation of cumulative exergy consumption （CExC） in the petroleum distillation process yielding several useful products. Based on the concept of exergy, an improved calculation of the minimum separation power of product （MSPP） in the petroleum distillation process is provided in this article. The calculation of MSPP can be derived from the concept of exergy. The related mathematical models are established. Finally, application of this method to a case study is given, and the results are compared with the ones using mass as an allocation parameter.展开更多
文摘One of the most common problems arising from the application of exergy analysis is the allocation of cumulative exergy consumption （CExC） in the petroleum distillation process yielding several useful products. Based on the concept of exergy, an improved calculation of the minimum separation power of product （MSPP） in the petroleum distillation process is provided in this article. The calculation of MSPP can be derived from the concept of exergy. The related mathematical models are established. Finally, application of this method to a case study is given, and the results are compared with the ones using mass as an allocation parameter.
