Two-stage Remanufacturing Decision Makings Considering Product Life Cycle And Consumer Perception

As a solution to environmental pollution and resource shortage,remanufacturing has recently attracted a lot of attention by both governments and enterprises.This research studies the optimal price and production quantity of new and remanufactured products with a two-stage model under both scenarios under which the remanufacturing is conducted by the Original Equipment Manufacturer(OEM)or by the third-party remanufacturer(TPR).A non-cooperative game model is used at the second stage when the TPR conducts remanufacturing.The models consider both the impact of the product life cycle through the market growth factor at the second stage and the influence of consumers' perceived value of new and remanufactured products,which depends on the identity of the remanufacturer.Both theoretical and numerical analyses show that both the life cycle phase and consumers' perception have an impact on the OEM's decision whether to allow the TPR in the remanufacturing business.The results also reveal that the market may not be efficient for maximizing the environmental sustainability and societal equity.Governments may need to interfere with the market in order to promote the TPR manufacturing,especially when the product is at the mature or declining phases of its life cycle.