Boosting Economic and Environmental Efficiency in Green Supply Chains through Carbon Tax and Market-Driven Approaches and Payment Strategies
摘要
The current study looks at how investing in preservation technology, reducing carbon taxes, and using payment systems with advanced and discount features contribute to a sustainable environment. These factors are important for developing an inventory model that accounts for products having nature spoil over time, where demand is affected by advertised, their selling price, and consumers' preference for eco-friendly products. Applying these elements brings this model closer to actual real life world circumstances. The effects of partial backlogging scenarios during the inventory shortage process are also discussed in this study. The sustainable advance payment approach offers an effective solution to the challenges commonly faced by suppliers, traders, and consumers in real-world market interactions. By leveraging banks to facilitate structured financial arrangements, retailers can ensure timely payments to suppliers, promoting trust, collaboration, and coordination across the supply chain. Moreover, the model provides strategic insights for maintaining financial stability while enhancing competitiveness, enabling firms to operate resiliently in dynamic and uncertain market environments. Beyond improving operational efficiency, this approach supports the long-term sustainability and robustness of market transactions, making it a valuable tool for practitioners, financial institutions, and policymakers alike. Mathematica 12.0 is used for Sensitivity analysis, which evaluate the effectiveness of the model.