Pythagorean Fuzzy Storage Capacity with Controllable Carbon Emission Incorporating Green Technology Investment on a Two-Depository System

Global warming is mainly caused by carbon emissions. Currently, fewer countries are concentrating on reducing The primary strategy utilized numerous to achieve emissions reduction the tax policy. With this in mind, a sustainable two-warehouse inventory model was taken into account for controllable rate investing green technology initiatives under uncertain emission and cost parameters. globe currently experiencing an eco-friendly period. Many individuals interested purchasing natural or herbal items since they made from sources do not affect environment. demand products with ingredients considered demand. This study examines of deteriorating commodities price marketing-dependent system presented handle depository last-in-first-out first-in-first-out strategies. After comparing both policies deterioration holding cost, recommended suitable dispatch Interval-valued numbers fuzzy mathematical techniques that deal uncertainties, so model’s parameters as interval-valued numbers, storage capacity owned warehouse Pythagorean number. optimal solution evaluated taking parametric form new concept ranking function triangular numbers. Numerical results prove reduced 87% investment policies. As consequence, FIFO policy, total decreases 34.45% cycle length increases 5.72%, LIFO 34.42% 11.19%. Sensitivity analysis key has been performed effect various solution.