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End-of-Life (EOL) products can be recovered using various processes such as disassembly, reuse, recycling and remanufacturing. A facility receives EOL products from suppliers and performs various operations to fulfill the component and material demands. Depending on the design of the EOL product, the parameters such as total time required for disassembly, cost of remanufacturing and ease of retrieving its components will be di fferent. In this paper, we consider EOL products coming from two di fferent suppliers. A supplier is selected based on the total profit earned by remanufacturing, the quality of remanufactured products, the material sales revenue and the total disposal weight. Partitioning algorithm is used to solve the model formulated by goal programming.

innovation and supply chain management

&lt;b&gt;Selection of Supplier for End-of-Life Products based on the Optimum Profit, Quality Level, Material Sales Revenue and Disposal Weight &lt;/b&gt;