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Medium Term Planning of Biopharmaceutical Manufacture using Mathematical Programming

机译:使用数学编程的生物制药生产中期计划

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Regulatory pressures and capacity constraints are forcing the biopharmaceutical industry to consider employing multiproduct manufacturing facilities running on a campaign basis.The need for such flexible and cost-effective manufacture poses a significant challenge for planning and scheduling.This paper reviews the problem of planning and scheduling of biopharmaceutical manufacture and presents a methodology for the planning of multiproduct biopharmaceutical manufacturing facilities.The problem is formulated as a mixed integer linear program (MILP) to represent the relevant decisions required within the planning process and is tested on two typical biopharmaceutical industry planning problems.The proposed formulation is compared with an industrial rule based approach,which it outperforms in terms of profitability.The results indicate that the developed formulation offers an effective representation of the planning problem and would be a useful decision tool for manufacturers in the biopharmaceutical industry particularly at times of limited manufacturing capacity.
机译:监管压力和能力限制迫使生物制药行业考虑采用以竞选为基础的多产品制造设施,对这种灵活且具有成本效益的制造的需求对计划和调度提出了重大挑战。本文回顾了计划和调度的问题该问题被表述为混合整数线性程序(MILP),以代表计划过程中所需的相关决策,并针对两个典型的生物制药行业计划问题进行了测试。将该提议的公式与基于工业规则的方法进行了比较,该方法在获利能力方面均胜过其结果。结果表明,所开发的公式可以有效地表示计划问题,并且将是制造商在biop中的有用决策工具制药行业,特别是在制造能力有限的时候。

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