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Performance evaluation of green suppliers using entropy-TOPSIS-F
- dos Santos, Bruno Miranda, Godoy, Leoni Pentiado, Campos, Lucila M.S.
- Journal of cleaner production 2019 v.207 pp. 498-509
- decision making, environmental performance, experts, furniture industry, managers, uncertainty
- The main objective of this paper is to propose a method for the evaluation and selection of green suppliers for the Brazilian furniture industry. In order to achieve this goal, this study identifies environmental criteria for use in assessing and selecting green suppliers of the furniture industry; then, the study directs readers towards a successful implementation of GSCM practices. The proposed methodology uses a hybrid Entropy-TOPSIS-F framework to weight the criteria and select the supplier with the best environmental performance. The fuzzy approach is integrated with Shannon's Entropy and the TOPSIS method to deal with uncertainty in the decision-making process. To show the applicability and results of the proposed framework, we collected 32 experts' information from the furniture industry about the environmental criteria that are more suitable for evaluation and selection of suppliers in this sector. A real case involving the evaluation, based on the defined criteria, of three potential suppliers by three managers of a furniture industry was discussed. According to the findings, “Management Commitment to GSCM”, “Ecodesign” and “Environmental management system” are the first three criteria in the ranking of selection of sustainable suppliers. In addition, of the three potential suppliers of the case, supplier A1 presented superior environmental performance. A sensitivity analysis is performed to test the stability of the Entropy-TOPSIS-F approach and to verify the robustness of the proposed framework.