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<p>As an organization, enhancing customer satisfaction and retention rates needs to be one of their primary objectives. There has been a notable spike in attention recently to logistics process improvements that help salvage value from recycled goods. The present research develops a production inventory approach that is divided into three separate components, i.e., renovating proceedings, producing procedures, and reinstating the stock process. Restoring, reconstructing, and reprocessing items that have been rejected or reached the end of their practical lifespan is known as refurbishment. Reverse logistics' primary goal is to regulate the transit of merchandise, supplies, and commodities from the end user to the supply chain's starting point in a way that maximizes value and reduces ecological effects. It may reduce trash, which is one of its main benefits when integrated into a sustainable economic structure. The several modes of transportation used in logistics to transfer packages and products throughout the world are the source of carbon emissions. The distinctive feature of green inventory administration is the addition of ecological considerations to conventional commercial concerns. The mathematical approach to the framework is to minimize the total expenditure of stockpiles, including carbon emission costs. Models have undergone sensitivity evaluations and computational examples.</p>

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An Inventory Renovating and Production Framework with Reversible Logistical Management under Consideration of Carbon Emission under Fuzzy Ecosystem

  • 期刊论文

  • 发表日期：

    2026年1月5日

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  • Sunil Kumar,
  • Varuna Bhardwaj,
  • Vipin Kumar Tyagi

摘要

As an organization, enhancing customer satisfaction and retention rates needs to be one of their primary objectives. There has been a notable spike in attention recently to logistics process improvements that help salvage value from recycled goods. The present research develops a production inventory approach that is divided into three separate components, i.e., renovating proceedings, producing procedures, and reinstating the stock process. Restoring, reconstructing, and reprocessing items that have been rejected or reached the end of their practical lifespan is known as refurbishment. Reverse logistics' primary goal is to regulate the transit of merchandise, supplies, and commodities from the end user to the supply chain's starting point in a way that maximizes value and reduces ecological effects. It may reduce trash, which is one of its main benefits when integrated into a sustainable economic structure. The several modes of transportation used in logistics to transfer packages and products throughout the world are the source of carbon emissions. The distinctive feature of green inventory administration is the addition of ecological considerations to conventional commercial concerns. The mathematical approach to the framework is to minimize the total expenditure of stockpiles, including carbon emission costs. Models have undergone sensitivity evaluations and computational examples.