Abstract:A key attribute of a remanufacturing strategy is the division of labor in the reverse channel, especially whether remanufacturing is performed in‐house or outsourced. We investigate this decision for a retailer who accepts returns of a remanufacturable product. Our formulation considers the cost structures of the two strategies, uncertainty in the input quality of the collected/returned used products, consumer willingness‐to‐pay for remanufactured product, the extent to which the remanufactured product canniba… Show more
“…Sundin and Bras [14] elucidated the economic and environmental benefits and provided an argument for why products to be used for functional sales should be remanufactured. In addition, many researchers, including [3,29,30], studied outsourcing decision about economic and environmental implications related to a closed-loop supply chain. The above literature studied the economic and environmental issues under remanufacturing outsourcing, but did not pay any attention to the issue that the OEM can choose its preferred product quality.…”
Although many studies have recently investigated how the product quality impacts on economic and environment performance under remanufacturing, all of them assume that remanufacturing operations are undertaken by the original equipment manufacturers (OEMs) or independent remanufacturers (IRs). However, many OEMs such as Lexmark, Canon, and Epson filed lawsuits with those IRs without licensing, but outsourced the remanufacturing operations to several contracted remanufacturers (CRs). We therefore extend the prior research to investigate the economic and environmental implications of OEMs’ strategic desired quality level choices under remanufacturing outsourcing. That is, we develop two models corresponding to two scenarios where OEMs (1) undertake remanufacturing in-house or (2) outsource it to a CR. Our results show that, to create a less intense cannibalization problem for new products sales, OEMs would be likely to choose a lower product quality when outsourcing remanufacturing to a CR. More importantly, from the economic perspective, we find that outsourcing remanufacturing to a CR hurts the OEM and the industry. However, from the environmental angle, our results reveal that there is a ratio threshold for environmental impact for different life cycle phases, above which remanufacturing in-house is definitely beneficial for OEM in economics and environment, but for the rest, outsourcing is equally or more environmental-friendly, despite cutting down the profit.
“…Sundin and Bras [14] elucidated the economic and environmental benefits and provided an argument for why products to be used for functional sales should be remanufactured. In addition, many researchers, including [3,29,30], studied outsourcing decision about economic and environmental implications related to a closed-loop supply chain. The above literature studied the economic and environmental issues under remanufacturing outsourcing, but did not pay any attention to the issue that the OEM can choose its preferred product quality.…”
Although many studies have recently investigated how the product quality impacts on economic and environment performance under remanufacturing, all of them assume that remanufacturing operations are undertaken by the original equipment manufacturers (OEMs) or independent remanufacturers (IRs). However, many OEMs such as Lexmark, Canon, and Epson filed lawsuits with those IRs without licensing, but outsourced the remanufacturing operations to several contracted remanufacturers (CRs). We therefore extend the prior research to investigate the economic and environmental implications of OEMs’ strategic desired quality level choices under remanufacturing outsourcing. That is, we develop two models corresponding to two scenarios where OEMs (1) undertake remanufacturing in-house or (2) outsource it to a CR. Our results show that, to create a less intense cannibalization problem for new products sales, OEMs would be likely to choose a lower product quality when outsourcing remanufacturing to a CR. More importantly, from the economic perspective, we find that outsourcing remanufacturing to a CR hurts the OEM and the industry. However, from the environmental angle, our results reveal that there is a ratio threshold for environmental impact for different life cycle phases, above which remanufacturing in-house is definitely beneficial for OEM in economics and environment, but for the rest, outsourcing is equally or more environmental-friendly, despite cutting down the profit.
“…Atasu et al investigate the impact of the collection cost structure on the optimal reverse channel choice of manufacturers [19]. Wang et al compare the remanufacturing performance under in-house and outsource strategies, considering the role of uncertain quality, cost structure, and power structure [20]. Yan et al examine the optimal pricing problem when a firm sells new and remanufactured products at the same time under make-to-order and make-to-stock policies [21].…”
With the rising awareness of environmental responsibility in industrial production, a series of recovery strategies have been developed and play different roles in achieving sustainability. In this study, we examine when quality recovery, low-end recovery, and hybrid recovery result in a win-win outcome where both profitability and environmental performance can be improved for a durable product manufacturer. We develop a game-theoretic model to analyze the manufacturer’s payoffs under different recovery strategies. A secondary market where used products can be resold among consumers is also considered. We obtain the results by comparing the profitability and environmental impact under each recovery strategy. Hybrid recovery causes both synergy and a contradiction effect between quality and low-end recovery. It always improves the win-win outcome of low-end recovery and it can also improve the win-win outcome of quality recovery under a high recovery standard when the recovered value is not too high. The technology improvement only achieves environmental sustainability under sufficient stringent recovery standard, otherwise, it may backfire and deteriorate the environment. We offer insights for the policymaker to understand the role of the recovery standard in achieving the win-win outcome and the importance of setting a proper recovery standard in achieving environmental sustainability.
“…With the implementation of environmental law and enhancing public environmental awareness, more and more firms tend to choose remanufacturing (Savaskan et al., ; Kannan et al., ; Wu, ; Giovanni and Zaccour, ; Wang et al., ; Ma et al., ). The existing literature (Savaskan et al., ; Kannan et al., ; De Giovanni and Zaccour, ; Liu et al., ) on remanufacturing used to assume that the reutilization rate is deterministic, while ignoring the uncertainty during the recovery process.…”
Remanufacturing has been recognized both in literature and practice because of its greenness and cost saving. Since the reproduction processes could be affected by uncertain factors, remanufacturing is much more complex than producing new products. To investigate how yield uncertainty and market competition affect remanufacturing decisions, we compare the results under three classical market scenarios with random yield, that is, (a) Nash-Cournot, (b) monopoly, and (c) Stackelberg-Cournot. On comparing the expected remanufacturing scale, expected profit, and consumer surplus, it shows that as the number of remanufacturers increases, the planned collection quantity of a single remanufacturer decreases, while the total expected market output increases. Furthermore, we find that the largest expected profit and expected consumer surplus brought by market scenarios depend on a threshold remanufacturer number. We also relax the assumptions and extend our model to consider the scenario of m leaders and n − m followers in a Stackelberg game. It is interesting to find that the first-mover advantage in profit and market share of the leader remanufacturer would be challenged when the number of leader remanufacturers is no less than 2. The results can be potentially useful for managerial decisions and environmental administrations.
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