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Industry Track: Refining production strategy optimization model based on mixed bi-level programming method
Beijing, China October 12-October 18
DOI Bookmark: http://doi.ieeecomputersociety.org/10.1109/ICEBE.2005.78IEEE International Conference on e-Bu ...
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WANG Wei, Institute of Automation Chinese Academy of Science
ZHANG Qiang, Institute of Automation Chinese Academy of Science
LI Ze-fei, Institute of Automation Chinese Academy of Science
MEI Wei, Daqing Company of Petro-China Company Limited, Daqing

Abstract: The production process of a refinery is a complicated process, which consists of immense units. For some units, the products are multiple, so does the feasible operation mode of products of certain units. Which kind of operation mode is utilized decides the production strategy of a refinery. In this paper, how to gain reasonable production strategy is focused on due to the immense benefit it can bring to, and a production strategy optimization model based on mixed bi-level programming method is presented to solve this problem. All the units included in the production process are divided into two levels, and most of the production information of them is integrated by a database system in the model. How the optimization model can be used as a viable tool is also showed by a simple case study at Daqing refinery. Key Words: Refinery, Production strategy, Optimization, Mixed bi-level model

Citation:
WANG Wei, ZHANG Qiang, LI Ze-fei, MEI Wei, "Industry Track: Refining production strategy optimization model based on mixed bi-level programming method," icebe, pp.750-754, IEEE International Conference on e-Business Engineering (ICEBE'05), 2005
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