Solution-focused sustainability assessments for the transition to the circular economy: The case of plastics in the automotive industry

Bruggen, Anne van; Zonneveld, Michelle; Mc, Zijp; Posthuma, Leo

doi:10.1016/j.jclepro.2022.131606

Cited by 15 publications

(14 citation statements)

References 43 publications

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“…CR 4 Language Barriers [44] • Dealing with language diversity among stakeholders and authorities may impede effective communication. CR 5 Stakeholder Engagement [44,51] • Involving and engaging stakeholders in the monitoring process may require significant effort. • The mere existence of an environmental monitoring program may be perceived negatively by the public.…”

Section: Communication and Reporting (Cr)mentioning

confidence: 99%

Overcoming Barriers to Digital Transformation towards Greener Supply Chains in Automotive Paint Shop Operations

Carpitella

2024

Sustainability

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Given the resource-intensive nature of automotive manufacturing processes and their potential to substantially contribute to ecological footprints, the integration of sustainable logistic practices in the context of digital transformation becomes imperative. This paper focuses on the implementation of green supply chain strategies within the automotive sector, targeting significant risks associated with environmental impact, specifically in the critical domain of automotive paint shops. Automotive paint shops indeed play a significant part in determining the overall sustainability of automotive production. Recognized for their role in vehicle esthetics and corrosion protection, the sustainable integration of these facilities is crucial in the pursuit of a greener automotive future. A comprehensive multi-criteria decision-making framework is herein proposed as a valuable tool in pinpointing the most critical barriers to digital transformation and simultaneously prioritizing suitable green logistic strategies in the context of automotive paint shop risk-management procedures. The practical utility of the model extends to practitioners in the automotive paint shop supply chain, particularly those engaged in digitalizing critical operations, facilitating well-informed decision-making aligned with environmental sustainability goals. The findings of this research highlight the critical importance of implementing tailored strategies, including crisis preparedness, transparent communication, proactive outreach, and strategic investments in technology and partnerships, to address barriers and enhance sustainability practices within automotive paint shop operations, thereby contributing to the overall resilience and long-term viability of automotive supply chains.

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Section: Communication and Reporting (Cr)mentioning

confidence: 99%

Overcoming Barriers to Digital Transformation towards Greener Supply Chains in Automotive Paint Shop Operations

Carpitella

2024

Sustainability

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“…Meanwhile, India's automotive industry faces a number of obstacles, including unexpected shifts in the global energy system, the rise of novel business models, intense rivalry from foreign automotive brands, a decline in market share, and a low export volume of vehicles. All of these obstacles make it hard to develop and improve India's automotive industry (Van Bruggen et al, 2022). Many studies have provided evidence that businesses consider the environmental practices of their rivals (e.g., Bhatia & Kumar, 2022; Dai et al, 2014).…”

Section: Theoretical Background and Hypothesis Developmentmentioning

confidence: 99%

Sustainable development‐oriented regulatory and competitive pressures to shift toward a circular economy: The role of environmental orientation and Industry 4.0 technologies

2023

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Automakers' transition from a linear economy to a circular economy (CE) in response to sustainable development‐oriented regulatory and competitive pressures is a challenging process that requires innovative, practical technologies. However, Industry 4.0 (I4.0) technologies are an important part of the transition to CE for environmentally friendly companies. In this study, we examine whether regulatory pressure (RP) and competitive pressure (CP) toward sustainability motivate firms to implement I4.0 technologies for CE, along with the mediating effects of environmental orientation (EO). PLS‐SEM via SmartPLS software was used to analyze data from 230 managers in the automotive and auto component manufacturing industries in India. The findings of this study showed that RP and CP positively influence I4.0 adoption, which impacts CE capability. Furthermore, EO partially mediates the relationship between RP and CP with I4.0 technologies. As a practical implementation of this study, to transition to CE and contribute to sustainable development, managers need to deal effectively with RP and CP. Several implications for theory and practice are discussed at the end of the study.

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“…Expanding the sourcing and production of sustainable materials on a global scale becomes imperative to advocate the realization of widespread sustainability objectives. 109,110 Within this intricate web of challenges and opportunities, regulatory frameworks assume a pivotal role. While regulations and policies are instrumental in guiding the industry towards sustainability and recyclability, the diversity of regulations across regions introduces complexities.…”

Section: Challenges In Pursuit Of Sustainability and Recyclabilitymentioning

confidence: 99%

“…The automotive industry, reliant on a global supply chain, finds itself subject to fluctuations in material availability, contingent upon geographical locations and regulatory environments. Expanding the sourcing and production of sustainable materials on a global scale becomes imperative to advocate the realization of widespread sustainability objectives 109,110 …”

Section: Challenges In Pursuit Of Sustainability and Recyclabilitymentioning

confidence: 99%

Applications of plastics in the automotive industry: Current trends and future perspectives

Abedsoltan

2023

Polymer Engineering & Sci

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Plastics have transformed the automotive industry, contributing substantially to automobile design, weight reduction, fuel efficiency, safety, and sustainability. This review paper examines the applications of plastics in the automotive sector, evaluates the present trends, and describes the future plastic consumption possibilities, emphasizing emerging technology and sustainable practices. The paper delineates how plastics have become an essential component of automotive innovation and illustrates the possibilities for additional breakthroughs in this dynamic industry.Highlights Advances in plastics, bioplastics, and smart materials in the auto industry. Plastic role in design, safety, and sustainability in the auto industry. Recycling and the circular economy of plastics in the auto industry. Collaboration of stakeholders to drive change in the auto industry.

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Solution-focused sustainability assessments for the transition to the circular economy: The case of plastics in the automotive industry

Cited by 15 publications

References 43 publications

Overcoming Barriers to Digital Transformation towards Greener Supply Chains in Automotive Paint Shop Operations

Overcoming Barriers to Digital Transformation towards Greener Supply Chains in Automotive Paint Shop Operations

Sustainable development‐oriented regulatory and competitive pressures to shift toward a circular economy: The role of environmental orientation and Industry 4.0 technologies

Applications of plastics in the automotive industry: Current trends and future perspectives

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