聚酯树脂生产厂生产计划政策选择的评估:来自土耳其的案例研究

IF 1.9 Q3 OPERATIONS RESEARCH & MANAGEMENT SCIENCE Brazilian Journal of Operations & Production Management Pub Date : 2020-01-01 DOI:10.14488/bjopm.2020.024
A. Demirkan, Z. Durmusoglu
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引用次数: 1

摘要

目标:这项工作的主要目的是通过考虑不同的库存水平(无库存和不同水平的安全库存),不同的能源来源替代方案(天然气/煤炭或两者)和生产吞吐量(不同的批量大小),为一个瓶级PET生产工厂(在土耳其)在不同的场景下开发几个生产计划模型。设计/方法/方法:提出了确定性多产品多周期单层次混合整数线性规划模型。该模型是针对上述定义的场景实现的。我们还考虑了不同能源替代方案产生的总排放量。结果:不同场景的模型表明,通过改变生产的参数/策略可以实现显著的性能改进。得到的最佳模型使利润提高了6.6%,成本降低了6.9%。调查局限性:本工作规划范围可覆盖2014 - 2018年数据。然而,由于无法获得进一步的数据,本研究使用的实际数据仅限于一年。此外,通过实施所提出的模型来改进工厂现有的生产计划方法是本研究的目标之一,以观察模型的成功率。不过,这是不可能实现的。我们对提出的模型提供的改进进行了假设测试,因此我们无法分析实际的改进。实际意义:不同情景下运行模型得到的最优结果之间的相互作用及其对所选性能变量的影响是本工作的主要贡献。类似的方法可以在其他PET树脂制造工厂或具有类似连续制造过程的生产设施中使用,以找到其最佳库存水平,生产吞吐量和能源替代选择的适当选择。原创性/价值:据我们所知,通过考虑不同情景(库存水平/能源来源替代方案/生产吞吐量)对PET树脂行业生产计划的研究是新颖的,因此本研究中使用的方法有望对其他类似工厂有用。
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Evaluation of the production planning policy alternatives in a PET resin production plant: A case study from Turkey
Goal: The main purpose of this work is to develop several production planning models for one of bottle grade PET production plants (in Turkey) under different scenarios by considering different levels of inventory (no stock and different levels of safety stocks), different energy sourcing alternatives (natural gas/coal or both) and production throughput (different lot sizes). Design/Methodology/Approach: Deterministic multi-product multi-period single level mixed integer linear programming model is presented. The model is implemented for the above defined scenarios. We have also considered the total emission produced for different energy alternatives. Results: The models for the different scenarios have shown that significant performance improvements can be achieved by changing the parameters/policies of the production. The best model obtained has yielded 6.6% of profit improvement and 6.9% of cost reduction. Limitations of the investigation: Planning horizon of this work could cover the data of years 2014 to 2018. However, the actual data employed for this study is limited with one year due to unavailability of further data. In addition to this, improvement of current production planning approach of the plant by implementation of proposed model is one of the objectives of this study to see success rate of model. Though, this couldn’t be realized. We hypothetically tested the improvement provided by the proposed model, therefore we can’t analyze the actual improvement. Practical implications: Interactions among optimal results obtained by running model with different scenarios and their effect on selected performance variables are the main contribution of this work. Similar methodology could be used at other PET resin manufacturing plants or alternatively the production facilities having similar type of continuous manufacturing processes to find their optimal levels of inventory, production throughput and proper choice for energy sourcing alternative. Originality/Value: The research on the production planning for PET resin industry by considering the different scenarios (levels of inventory / energy sourcing alternatives/ production throughput) is novel as far as we know, and therefore the approach used in this study is expected to be useful for other similar plants.
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来源期刊
Brazilian Journal of Operations & Production Management
Brazilian Journal of Operations & Production Management OPERATIONS RESEARCH & MANAGEMENT SCIENCE-
CiteScore
2.90
自引率
9.10%
发文量
27
审稿时长
44 weeks
期刊最新文献
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