DOI LINK: https://doi.org/10.59671/xSk3q

Paper ID:xSk3q

Volume:260

Issue:10

Title:Enhancing Efficiency and Sustainability in Lithium Battery Recycling: A Multi-Objective Goal Programming Approach

Abstract:The rising need for lithium batteries and growing environmental issues have prompted the develop3 ment of new sustainable recycling techniques. In this study, the new optimization framework, multi4 objective goal programming, enhances the efficiency and sustainability of lithium battery recycling pro5 cesses. The model represents a significant advancement in recycling techniques as it can simultane6 ously address multiple objectives such as cost reduction, environmental impact mitigation, workforce 7 optimization, and compliance with recycling regulations. An effectively simulated case study utilizing 8 random data highlights the effectiveness of the model by optimizing decision variables and attaining op9 timal objective function values. The study presents the efficiency of the proposed model by conducting 10 a thorough sensitivity analysis, which includes changing parameters and observing their impact on the 11 performance of the objective functions.

Keywords:Lithium batteries, sustainability, linear programming, multi-objective goal programming

Authors: Sajida Kousar1, Taskeen Jalal1, Nasreen Kausar2, Praveen Agarwal3,4, Sharifah Sakinah Syed Ahmad5,∗, Fauziah Kasmin5

Paper PDF Link: View full PDF