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Evaluation of environmentally conscious manufacturing programs using multiple attribute decision-making methods

机译:使用多属性决策方法评估具有环保意识的制造程序

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摘要

Manufacturers are increasingly under pressure from their major stakeholders to integrate environmental issues in the design and management of their products. These stakeholders include customers, regulators, employees, communities, and interest groups who have a common stake in protecting the earth from pollution and in limiting the exploitation of earth's limited natural resources. Manufacturers recognize that being environmentally responsible also offers competitive advantage to the firm. An environmentally responsible or environmentally conscious manufacturing (ECM) program addresses the environmental impact of the interrelated decisions that are made at various stages of product life, from conception to design, raw materials consumption, processing, delivery, use, recycling, and/or disposal. The evaluation of alternative ECM programs for producing a given product is similar to many strategic initiatives and their justification methodologies. This similarity arises from the fact that there are multiple attributes that need to be considered, many of which have long-term and broad implications for an organization. This paper presents three multiple attribute decision-making methods for evaluation of environmentally conscious manufacturing (ECM) programs for producing a given product. These methods are based on the analytic hierarchy process (AHP), the technique for order preference by similarity to an ideal solution (TOPSIS), and the modified TOPSIS method. The proposed 'ECM program selection index' helps to evaluate and rank the ECM programs for producing a given product. An example is included to illustrate and compare the methods. It is proposed that the most sensible approach to select a particular alternative ECM program from among the given alternatives is to apply several valid decision-making methods to the same selection problem and then to make the final selection on the basis of aggregation of the results of those decision-making methods that have a very significant positive relationship. PUBLICATION ABSTRACT]
机译:制造商越来越受到其主要利益相关者的压力,要求将环境问题整合到产品的设计和管理中。这些利益相关者包括客户,监管机构,员工,社区和利益集团,他们在保护地球免受污染和限制对地球有限的自然资源的开采方面有着共同的利益。制造商认识到,对环境负责还可以为公司带来竞争优势。对环境负责或对环境有意识的制造(ECM)程序可解决在产品生命各个阶段(从概念到设计,原材料消耗,加工,交付,使用,回收和/或处置)做出的相互关联的决策对环境的影响。对生产给定产品的替代ECM计划的评估与许多战略计划及其论证方法类似。这种相似性源于以下事实:需要考虑多个属性,其中许多属性对组织具有长期和广泛的影响。本文介绍了三种多属性决策方法,用于评估生产给定产品的环境意识制造(ECM)程序。这些方法基于层次分析法(AHP),类似于理想解决方案的订单偏好技术(TOPSIS),以及改进的TOPSIS方法。建议的“ ECM程序选择指数”有助于评估和排名用于生产给定产品的ECM程序。包含一个示例以说明和比较这些方法。建议从给定的替代方案中选择特定的替代ECM程序的最明智的方法是对相同的选择问题应用几种有效的决策方法,然后根据结果的汇总进行最终选择。具有非常显着正相关关系的决策方法。出版物摘要]

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