Optimal Inventory Decisions Under Partial Trade Credit And Preservation Technology Investment With Carbon Emissions Considerations

Abstract

This study pioneers a groundbreaking approach to sustainable inventory management by developing a novel two-warehouse inventory model that simultaneously optimizes adjustments to the selling price and investments in preservation technology can help mitigate losses and optimize profitability. under the complex interplay of partial trade credit, inflation, and stringent carbon emission regulations. Through a meticulous analysis of the intricate dynamics between these factors, our model provides actionable insights that empower businesses to strike a harmonious balance between economic profitability and Eco-conscious initiatives sustainability.The study's key findings have far-reaching implications for industries navigating the dual challenges of inventory management and environmental stewardshipby providing insight into on the critical role of preservation technology also in sustainable inventory practices, this study offers a paradigm shift in strategic decision-making, enabling businesses to make informed choices that drive both economic growth and environmental responsibility.

This pioneering  research provides insights into significantly towards the existing framework on sustainable stock management, Offering a comprehensive framework for businesses to optimize their inventory management practices while minimizing their environmental footprint. The insights gleaned from this study can inform the development of sustainable supply chain strategies, enabling companies to enhance their competitiveness while reducing their environmental impact.

Ultimately, this study's innovative approach to sustainable inventory management has the potential to transform the way businesses approach inventory management, encouraging a shift towards more environmentally responsible and economically viable practices that drive long-term sustainability and growth.