A Inflation-Driven Retail Optimization: A Multi-criteria Framework for Carbon Emission Control, Trade Credit, Marketing Investment, and Exchange Policy
DOI:
https://doi.org/10.26713/cma.v17i3.3614Keywords:
Price and marketing-dependent demand, inflation, sustainable inventory model, Carbon emission tax, rework, return items, refurbishAbstract
Now a days sustainable inventory models are in higher demand that is environment friendly and business friendly as well. To consider policies which saves future of environment and is profitable are under consideration. In this paper we solve a deterministic inventory model where the demand is affected by the price and marketing frequency. To reduce wastage the policy of selling new products in exchange of used products collecting used product for a new one, while offering discount. The returned products are then reworked upon and sold as refurbished products. Carbon emission taxes are considered. This study is focused on optimizing profit of retailer under the effect of inflation when credit period is given by the retailer to the customers. The model has been solved and values are obtained using classical Hessian matrix method for finding optimal cycle time, marketing efforts, and the selling price. A sensitivity analysis is done for the same with managerial insights.
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