چكيده به لاتين
Aluminum is the third most abundant element in the earth's crust and It has the highest rate of consumption among metals over the past three decades due to its superior aluminum features such as light weight, environmental compatibility and the ability to turn into diverse materials These features make aluminum a strategic metal for different countries.
In this research, the design of the supply chain network has been reversed by aluminum packaging for the recycling of aluminum scrap and distribution in uncertain conditions.
In practical terms, packaging products are considered to become aluminum scrap after use, which, according to the amount of packaging, has a very high volume of aluminum for recycling. The study seeks to decide whether to establish or not establish a facility. Also, the decision is made about the flow of goods between different facilities in order to maximize profits, maximize the job and also minimize environmental damage. (Greenhouse gas and ...)published by the activity of the facility.
Since the goods entering the reverse network are imported and due to market conditions in different seasons, the price of final products and the cost of facility activity as well as greenhouse gas emissions are subject to uncertainty due to the quality of the existing fuels.
The present study designs a reverse logistics network with three objective functions in terms of uncertainty in the amount of commodity. The goal is to provide a stable mathematical model in order to simultaneously optimize target functions in the present situation, which will ultimately help the decision maker to establish the facility and the type of capacity to optimize the target functions.
Keywords: Reverse Logistics, Multi Objective, Sustainable, Resilient, Epsilon Limit, Case Study
