فاطمه زهرا رجبي ساروئي

Abstract: The supply chain of perishable products has always been accompanied by challenges, an‎d given the increasing deman‎d for these products around the world, the importance of this issue has doubled, an‎d the waste an‎d discards of these types of products cannot be ignored. Therefore, in this study, we focused on the integrated design of the different layers of the citrus supply chain as a perishable product with high economic value from citrus orchards to production units based on the development of a circular economy using all citrus components to produce a wide range of goods. The proposed model includes scenario-based stochastic programming, considering the uncertainty in the supply of raw materials according to weather conditions in 9 scenarios. In this regard, the model was first solved deterministically with the assumption of moderate weather an‎d then the stochastic model was solved. The results of the models an‎d negative EVPI an‎d VSS indices indicated the superiority of the stochastic model; In addition to increasing economic profitability, it has increased positive environmental impacts (using all fruit components to reduce waste an‎d using the HPP process) an‎d increased social impacts (employment creation).

زنجيره‌تامين مركبات , اقتصاد ‌چرخشي , برنامه‌ريزي تصادفي , شاخص EVPI و VSS، HPP

Citrus supply chain , circular economy , stochastic programming , EVPI & VSS index, HPP

fatemehzahra rajabisaroei

Dr.ahmad makui