Energizing Waste: The Circularity Way explores innovative waste-to-energy (WtE) solutions that transform non-recyclable waste into clean energy while reducing operational costs. Featuring renewable energy recovery generation (ReGen) technology, which delivers 332 kW of net energy per ton of waste at a cost of under $1/ kWh with a 6- 8-year payback period, the book is grounded in the 10Rs principles of circular economy. It establishes strong linkages among WtE, environmental quality (EQ), and sustainable development (SD), offering scalable, evidence-based strategies for stakeholders to advance circular economy practices.Key features: Examining the paradigm shift from a linear to a circular economy, minimizing environmental impacts and resource waste through increased efficiency across all stages of the value chain. Presenting a novel plug-and-play, climate-smart, energy-independent modular power generation system called ReGen. Advancing circularity through practical applications of waste materials, extension of product lifespans, and smarter product design, use, and manufacturing. Exploring a multidimensional and transdisciplinary approach linking environmental, economic, and social dimensions of the United Nations Sustainable Development Goals (SDGs). Integrates circular economy technologies, resource and energy assessments, and socio-economic analyses with innovative WtE technology design concepts, alongside evaluated resource and energy use. This book is intended for researchers, graduate students, and professionals in environmental engineering, waste management, climate studies, and related fields.

Energizing Waste: The Circularity Way explores innovative waste-to-energy (WtE) solutions that transform non-recyclable waste into clean energy while reducing operational costs. Featuring renewable energy recovery generation (ReGen) technology, which delivers 332 kW of net energy per ton of waste at a cost of under $1/ kWh with a 6- 8-year payback period, the book is grounded in the 10Rs principles of circular economy. It establishes strong linkages among WtE, environmental quality (EQ), and sustainable development (SD), offering scalable, evidence-based strategies for stakeholders to advance circular economy practices.Key features: Examining the paradigm shift from a linear to a circular economy, minimizing environmental impacts and resource waste through increased efficiency across all stages of the value chain. Presenting a novel plug-and-play, climate-smart, energy-independent modular power generation system called ReGen. Advancing circularity through practical applications of waste materials, extension of product lifespans, and smarter product design, use, and manufacturing. Exploring a multidimensional and transdisciplinary approach linking environmental, economic, and social dimensions of the United Nations Sustainable Development Goals (SDGs). Integrates circular economy technologies, resource and energy assessments, and socio-economic analyses with innovative WtE technology design concepts, alongside evaluated resource and energy use. This book is intended for researchers, graduate students, and professionals in environmental engineering, waste management, climate studies, and related fields.