MD. Mainar-Toledo (2025) Using waste heat from a Swedish pulp mill to heat greenhouses reduces emissions and costs compared to imported tomato production, offering a replicable circular agri-food model. Industrial Symbiosis and Energy Systems: Pathways to Low-Carbon and Resource-Efficient Industries…
B. Huang et al. (2025) Replacing cement with treated alum sludge can reduce carbon emissions by up to 86%, supported by optimisation modelling. Industrial Symbiosis for Circular Transitions: Innovations and Systemic Impacts This article examines the evolving role of industrial…
O. Genc (2025) Drawing from ecological food webs, this study proposes integrating ecological principles into industrial system design. Industrial Symbiosis and Circular Economy: Emerging Approaches for Sustainable Industrial Transformation This article explores recent advancements in industrial symbiosis as a key…
TC. Kuo et al. (2025) A review of 90 textile-sector studies highlights stakeholder engagement as a key barrier to circular supply-chain symbiosis. Future Perspectives on Industrial Symbiosis: Innovation, Governance, and Sustainable Transitions This article explores emerging perspectives on industrial symbiosis,…
Y. Dong, C. Liu and M. Zhao (2024) Game-theory analysis shows environmental taxation can improve waste balance and social welfare in IS systems. Industrial Symbiosis and Resource Optimization: Strategies for Sustainable Industrial Networks This article examines industrial symbiosis as a…
L. Hardeldt-Berg (2024) The Sotenäs case study maps benefits and trade-offs across actors and societal levels, clarifying participation dynamics. Industrial Symbiosis and Circular Systems: Enhancing Resource Efficiency through Collaborative Networks This article explores the role of industrial symbiosis in advancing…
