Joint pricing and lot-sizing for a production model under controllable deterioration and carbon emissions

Sepehri, Arash; Gholamian, Mohammad Reza

doi:10.1080/23302674.2021.1896049

Cited by 14 publications

(10 citation statements)

References 45 publications

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“…(Wu and Kung, 2020) works for different carbon policies and studied that use of clean energy minimizes the market competitiveness of firms. (Sepehri and Gholamian, 2021) studied deteriorating inventory supply chain with preservation techniques to control emissions. (Abdul Halim et al, 2021) discussed a production opening inventory model for deteriorating items under overtime concept with price and available inventory focused demand.…”

Section: Density As Combination Equalmentioning

confidence: 99%

“…(Mishra et al, 2021), explored about sustainable inventory management under controllable carbon emissions from a greenhouse farm. (Sepehri and Gholamian, 2021), studied carbon emissions due to deteriorating inventory and used preservation techniques to control emission with discrete values of the cycle length. The above given literature review based on the key words and objective of our paper.…”

Section: Density As Combination Equalmentioning

confidence: 99%

See 1 more Smart Citation

Profit Optimization for a Manufacturing Supply Chain Under Carbon Emission and with Inventory - Price Based Demand

Shekhawat

Rathore

Sharma

2023

BJO&PM

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Highlights: A manufacturing supply chain dealing with decaying inventory is studied with three production sub-cycles. Price-based demand, the Weibull degradation rate and carbon tax policy are taken into account. Price, carbon emission factor, cycle length and production period are decision variables to increase profit. Goal: The research work aims to maximize profit for a manufacturing supply chain dealing with deteriorating inventories. To maximize profit, the optimum value of production cycle length, total cycle length, price, and emission factor were studied. Projeto/ Metodologia/ Abordagem : Uma cadeia de suprimentos de manufatura é estudada a fim de maximizar o lucro. Todas as suposições são apresentadas matematicamente como um modelo de função de lucro. Usando um problema numérico, a análise e as implicações práticas do problema de otimização projetada foram demonstradas. Finalmente, uma conclusão eficiente é construída para demonstrar a aplicabilidade do modelo de lucro de otimização com base na análise de sensibilidade. Resultados: Conclui-se que para maximizar o lucro, a duração do ciclo, o preço e a emissão de carbono precisam ser minimizados e maximizados a duração da produção. Conclui-se também que à medida que o preço aumenta a demanda diminui que diminui o lucro. Limitações da investigação : O modelo de lucro é projetado sob certas premissas, como taxa de deterioração, taxa de demanda, ciclos numéricos, portanto, o modelo é aplicável a tais condições. Implicações práticas : Este trabalho de pesquisa pode ajudar a gerenciar a cadeia de suprimentos de manufatura para a deterioração dos estoques para maximizar o lucro com o mínimo de emissão de carbono. Originalidade / valores : O presente trabalho de pesquisa é motivado pelos problemas dos fabricantes e organizações que lidam com estoques deteriorados.

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Section: Density As Combination Equalmentioning

confidence: 99%

Section: Density As Combination Equalmentioning

confidence: 99%

Profit Optimization for a Manufacturing Supply Chain Under Carbon Emission and with Inventory - Price Based Demand

Shekhawat

Rathore

Sharma

2023

BJO&PM

View full text Add to dashboard Cite

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“…Pan et al [23] explored the production-inventory model with the carbon tax and carbon cap-and-trade policy in which members of an integrated supply chain agreed to co-invest capital to reduce carbon emissions. More recently, Sepehri and Gholamian [24] also elaborated a sustainable production-inventory model for poor quality deteriorated items using preservation technology, carbon reduction technology, and quality improvement simultaneously.…”

Section: Sustainable Production-inventory Modelsmentioning

confidence: 99%

“…(1) Carbon cap-and-trade (2) Carbon offsets V [24] Production-inventory Carbon cap-and-trade V V [25] Production-inventory V V [26][27][28][29][30][31] EOQ V V [32] EPQ V…”

Section: Research Gap and Contributionmentioning

confidence: 99%

Optimal Pricing, Advertising, Production, Inventory and Investing Policies in a Multi-Stage Sustainable Supply Chain

Pan

Chiu

et al. 2021

Energies

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In this paper, the study of a sustainable production–inventory model with price and advertisement dependent on demand considering carbon emission reduction technology is investigated. The aim of this paper is to determine the optimal appropriate pricing, advertising, production, inventory, and capital investment decisions under various carbon emission policies to maximize the joint total profit of a multi-stage supply chain system. Various theoretical results and an algorithm are provided to verify and obtain the optimal solution of the problem. Further, the model is verified by numerical examples, and the robustness check of parameter variation is also analyzed. Finally, some management implications for decision makers are drawn from numerical examples. In summary, this study puts forward more realistic modeling hypothesis, which is beneficial to the academic research, and the research results can provide relevant decision makers with a model for managing a sustainable supply chain.

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“…Policymakers and governments established a few policies to solve these problems such as carbon tax, cap and tax, offset policy and trade and cap, etc. Some recent works considering the carbon emission factor are Jaber and Goyal (2009) [32] [39], and Sepehri and Gholamian (2021) [40]. Huang et al (2019) [37] established a model considering the carbon emission regulation policy by using the game theory approach.…”

Section: Introduction and Literature Reviewmentioning

confidence: 99%

A Green Approach—Cost Optimization for a Manufacturing Supply Chain with MFIFO Warehouse Dispatching Policy and Inspection Policy

et al. 2022

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The present paper considers a manufacturing supply chain of deteriorating type inventories. The problem addresses the extra rented warehouse (RW) to store extra inventories if the manufacturer is producing more inventories than their owned warehouse (OW) capacity. Now, the problem is which inventories should be used first with minimum cost and minimum deterioration. To solve this problem, we have assumed a MFIFO (mixed first in first out) dispatching policy and constant demand rate over a finite time horizon. Along with these we have also assumed an inspection policy during the supply chain to separate deteriorated items and a carbon tax policy is also considered to control carbon emissions. The rate of deterioration depends on the number of inspections. If the number of inspections increases, it minimizes the rate of the decaying process. Due to the adoption of the inspection policy, the supply chain moves toward a green supply chain as it removes deteriorated inventories that minimize further decay by contact, and simultaneously separated deteriorated products can be utilized for other purposes that solve the problem of the disposal of deteriorating inventories and reduce emission generation. We have also established the uniqueness of the established model. The motto of solving the mathematical model is to find the values of the optimum value of N, the number of cycles, and n, the number of inspections that helps to minimize total cost. At last, we illustrate the result with the help of a numerical example.

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Joint pricing and lot-sizing for a production model under controllable deterioration and carbon emissions

Cited by 14 publications

References 45 publications

Profit Optimization for a Manufacturing Supply Chain Under Carbon Emission and with Inventory - Price Based Demand

Profit Optimization for a Manufacturing Supply Chain Under Carbon Emission and with Inventory - Price Based Demand

Optimal Pricing, Advertising, Production, Inventory and Investing Policies in a Multi-Stage Sustainable Supply Chain

A Green Approach—Cost Optimization for a Manufacturing Supply Chain with MFIFO Warehouse Dispatching Policy and Inspection Policy

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