Sustainable inventory model for a three-layer supply chain using optimal waste management

Maheshwari, Sumit; Kausar, Amrina; Hasan, Ahmad; Jaggi, Chandra K.

doi:10.1007/s13198-022-01839-3

Cited by 8 publications

(3 citation statements)

References 56 publications

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“…In a further study, Sarkar et al (2022) discussed a dual channel inventory model that incorporates automated inspection technologies to identify faulty products, followed by rework within the same cycle. Maheshwari et al (2023) examine a scenario in which the manufacturer addresses minor faults through rework processes, whereas major problems are directed to a scrap dealer. In a novel multi-objective CLSC model Almaraj and Trafalis (2022) considered imperfect screening and error-prone inspection that lead to the imperfect production in the supply chain.…”

Section: On Imperfect Production and Reworking Of Supply Chain Modelmentioning

confidence: 99%

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Ideal buy-back pricing and product-quality strategies for any carbon-conscious closed-loop supply chain

Karmakar,

Garai,

et al. 2024

Preprint

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The present study addresses a closed-loop supply chain under various carbon emission regulation policies. This article involves four key chain partners viz. a single supplier of raw materials, single manufacturer, single retailer, and single collector of the used products from the end users. Depending on the returned goods quality, the collector procures used items from customers. Unlike the existing articles, the manufacturer has two different setups for the production of both items made from newly sourced components and returned goods. A specified portion of fresh and used items goes through the same reworking cycle because the production process for both is flawed. This model has been framed under the carbon tax and the strict carbon cap regulations in order to maintain better environmental stability. A newly developed metaheurestic method namely Atomic orbital search algorithm has been implemented to determine the optimal replenishment planning and acceptance quality level, along with the corresponding numbers of deliveries among the four different chain partners and to improve the supply chain net profit. To assess how carbon regulatory policies affect the best course of action, a numerical analysis of the mathematical models is conducted, followed by a sensitivity analysis of key parameters. This study proposes that the manufacturer should consider implementing a strategy wherein they provide collectors with better rates for used products. By doing so, this is anticipated that the demand rate for these items will increase, leading to improved profitability and raw materials sustainability for the suggested model.

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Section: On Imperfect Production and Reworking Of Supply Chain Modelmentioning

confidence: 99%

“…Decarbonization is an attractive topic for the researchers (Kausar et al, 2023). Xu et al (2023) considered a two-tier stochastic CLSC model under a carbon trading scheme.…”

Section: On Ce Control Policies Of Supply Chain Modelmentioning

confidence: 99%

Ideal buy-back pricing and product-quality strategies for any carbon-conscious closed-loop supply chain

Karmakar,

Garai,

et al. 2024

Preprint

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“…The complexity of the automotive supply chain is that it covers the entire planet involved in the manufacturing and distribution process (Maheshwari et al, 2023). The global-scale nature of the supply chain results in a range of implications for international trade and economic integration.…”

Section: Introductionmentioning

confidence: 99%

Digitalisation On Automotive Supply Chain for Climate Competitiveness: A Systematic Bibliometric Analysis

Manikrishna,

Sai,

Jaggaiah

et al. 2024

Intl. J. Rel.

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The automotive industry, a cornerstone of global manufacturing, is undergoing a profound transformation driven by digitalization. This research paper explores the impact of digitalization on the automotive supply chain and its role in enhancing climate competitiveness. As the industry strives to meet stringent environmental standards and consumer demands for sustainability, leveraging digital technologies becomes imperative. We use R Studio software to perform bibliometric analysis in this study. Our initial repository for data came from the Scopus database. Following a keyword search and before applying the limited criteria, we were able to find 3202 papers. We then started integrating the limited criteria, which included the following: stream: Business Management & Accounting, source type: Journal, no author, duplicate titles, and language: English. After applying these criteria, we were able to find 935 papers. We selected citations, bibliographical data, abstracts and keywords, funding information, and other data before exporting our database from Scopus.

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A sustainable production-inventory model with CO2 emission, electricity and fuel consumption under quality degradation and stochastic demand: a case study in the agri-food industry

Utama,

Santoso,

Hendrawan

et al. 2024

Environ Dev Sustain

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Sustainable inventory model for a three-layer supply chain using optimal waste management

Cited by 8 publications

References 56 publications

Ideal buy-back pricing and product-quality strategies for any carbon-conscious closed-loop supply chain

Ideal buy-back pricing and product-quality strategies for any carbon-conscious closed-loop supply chain

Digitalisation On Automotive Supply Chain for Climate Competitiveness: A Systematic Bibliometric Analysis

A sustainable production-inventory model with CO2 emission, electricity and fuel consumption under quality degradation and stochastic demand: a case study in the agri-food industry

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