Das, A., & Chowdhury, A. R. (2023). “Energy Decarbonization via Material-Based Circular Economy.” In S. A. Bandh, F. A. Malla, & A. T. Hoang (Eds.), Renewable Energy in Circular Economy (pp. 263–295). Springer International Publishing. https://doi.org/10.1007/978-3-031-42220-1_15
Abstract: This chapter explores the concept of energy decarbonization and its practical implementation through the adoption of a circular economy (CE) founded on materials. It emphasizes the role of CE principles in mitigating environmental impacts as it analyzes the crucial interplay between energy transition and resource management. In pursuance of decarbonized energy systems, the focus of the discussion is on how CE strategies can mitigate resource scarcity issues. Important considerations include end-of-life management, tradeoffs, and the incorporation of principles of environmental justice. The chapter emphasizes waste reduction and repurposing of abandoned industrial sites as opportunities to reduce environmental costs. It also investigates the potential for technological innovations such as automation and artificial intelligence to improve recycling processes. Policymaking, regulation, and research and development efforts are discussed as essential catalysts for the realization of a CE-focused energy decarbonization strategy. This chapter highlights the global and cross-sector nature of this initiative, as well as its potential to revolutionize resource management while advancing sustainability objectives.
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