ABSTRACT
In this paper, a green rubber waste inventory classification model has been developed for the deterioration and storage of rubber waste due to COVID-19 with pollution treatment costs and two-warehouse facilities. The company's rubber waste warehouse has an immovable size of W element; the rented rubber scrap warehouse has infinite capacity. Here, we assume that the green rubber waste inventory system, due to the maintenance costs of COVID-19 in RW (rental warehouse), is higher than OW (own warehouse). The treatment of contamination in green rubber waste inventory systems due to COVID-19 is permitted, partially expired, and predictable to deteriorate with an increase in time at a variable rate of deterioration using the genetic algorithm. The effect on environmental treatment costs is also considered for a range of costs connected with a green rubber waste inventory system using the genetic algorithm.
