Modeling Critical Success Factors for Industrial Symbiosis

SK. Chrysikopoulos et al. (2024)

Using DEMATEL, this study identifies leadership and technology as primary drivers of successful industrial symbiosis.

Industrial Symbiosis and Circular Innovation: Pathways to Sustainable Industrial Systems

This article examines the role of industrial symbiosis in fostering circular innovation and enhancing sustainability within industrial systems. It explores how collaborative exchanges of materials, energy, and by-products can drive resource efficiency and reduce environmental impacts. The study highlights the importance of innovation, stakeholder collaboration, and supportive policy environments in enabling effective symbiotic networks. It also discusses key challenges related to implementation, coordination, and scalability, emphasizing the need for integrated approaches to support long-term sustainable industrial transformation.

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