会议专题

Optimal Scheduling of Sequential Multipurpose Batch Plants under Unexpected Events

As the successor work for proposing a modified MILP model for scheduling of sequential multipurpose batch plants1, this paper presents new optimal strategies for the scheduling of sequential multipurpose batch plants under several unexpected events. The events include product release dates, rescheduling upon arrival of a new order, and the minimization of total earliness. To find the optimal solutions in complex situations, scheduling problem is formulated to an MILP model. A typical example is tested with the proposed strategies, showing that the schedule of sequential multipurpose batch plants is more flexible in the varying market circumstances.

batch process sequential multipurpose plants scheduling unexpected events

PAN Ming QIAN Yu LI Xiuxi

School of Chemical Engineering,South China University of Technology,Guangzhou,510640,P.R.CHINA

国际会议

第四届亚洲过程系统工程会议暨2007年中国国际系统工程年会(The 4th International Symposium on Design,Operation & Control of Chemical Processes)(PSE ASIA 2007)

西安

英文

2007-08-15(万方平台首次上网日期,不代表论文的发表时间)