The Circular Fallacy: Closing the Loop in a Consumerist World
Description
This book offers a critical examination of the current approach to waste management, focusing on the fascinating idea of a circular economy is basically on: a homogeneous closed system, in which all waste is recycled and seamlessly recycled into production cycles , a concept that could be questioned in this book as the ultimate solution to our growing waste dilemma. The original idea is skillfully subverted by the title itself. The idea of "closing the loop" is an example of a utopian circular economy, in which waste is turned into a consumable, and its consumption creates a kind of closed and permanent cycle Book "The Circular Fallacy." " indicates whether or not this concept is true in the real world. The limitations of currently available technologies and resources for waste management are explored in detail throughout the book. It sheds light on the obvious asymmetry between the idealized spherical model and the chaotic world of a world driven by endless cycles of consumption and waste. The book doesn't want to ask difficult questions that question the waste management system we currently use. Can a culture so focused on acquiring the most up-to-date and innovative technology really eliminate waste? Besides the limitations of the circular budget, are there other possible solutions that we haven't yet explored? By critically examining this concept, this book intends to stimulate critical discourse aimed at fostering forward-thinking and environmentally friendly approaches encouraging a consistent approach to waste management in the coming years.
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Persons
Dr. Harshita Jain, an Assistant Professor at the Amity Institute of Environmental Sciences, Amity University Noida, specializes in sustainable waste management. She holds a Ph.D. in Environmental Sciences, and has an M.Sc. in Environmental Sciences and a B.Sc. Hons in Botany. Dr. Jain has made significant contributions through her extensive publications in SCI/SCIE journals and international conferences, covering groundwater remediation, sustainable waste management, climate change impact assessment, and machine learning in disaster management. She has authored several books, including "Sustainable Solid Waste Management" and other environmental science texts. Her research achievements also include patent filings. Dr. Jain actively supervises PhD scholars, master's dissertations, reviews international journal papers, and engages in community service and continuous learning. She is trained in environmental management systems and disaster resilience and participates in faculty development programs to promote innovative teaching and sustainable development. Dr. Jain is a dedicated advocate for sustainable waste management and environmental sustainability, committed to ensuring a healthy environment for future generations.
Osheen Martolia is an environmental consultant with over five years of experience in waste management, environmental compliance, and applied sustainability. She has worked across India and the UK on high-impact environmental programmes, including large-scale greening initiatives resulting in the plantation of over 30 million trees. Her expertise lies in translating circular economy and sustainability principles into practical, data-driven operational solutions.
Dr. Anamika Shrivastava is an accomplished environmental professional with over six years of experience in environmental analysis, climate change, ESG, sustainable development, and sustainability. She holds a PhD in Environmental Geochemistry from the Indian Institute of Science Education and Research (IISER), Kolkata, and is a recipient of the prestigious INSPIRE Fellowship and the Newton-Bhabha Fellowship (University of Surrey, UK), reflecting her strong academic and research credentials. Dr. Shrivastava has consistently demonstrated a result-oriented and solution-driven approach across multidisciplinary projects, with proven expertise in report writing, teaching, research, and scientific publication. Her technical proficiency includes advanced instrumentation and laboratory techniques, particularly in sample preparation and analysis of soil, water, and plant matrices. In addition to her research contributions, she has supervised MSc and PhD students, mentoring them in both academic and applied research. She has also successfully carried out projects in Solid Waste Management (SWM), contributing to sustainable and practical environmental solutions.
Content
Global waste problems, rise of consumerism, waste management models and their limitations.- Core principles of circularity and creating a vision of sustainable recovery of resources.- Social and psychological consumer conundrum, products obsolescence and sustainable approach.- Waste-to-resource conversion improvements, recycling technology inefficiencies, and innovation to close the circularity gap.- Strong waste management infrastructure, revamped logistics and supply chain, and legislative incentives for circular economy.- Product longetivity, service models, producer accountability, reuse, disassembly, and recycling.- E-waste reduction and optimisation; algorithmic waste; massive data centre energy usage and climate change.- Reusing construction and demolition waste, recovering e-waste, and reusing biological waste have circularity benefits.- Global change solutions involve international cooperation, hurdles, and technology transfer in developing nations.- Educational incentives, circularity, and ethical consumption and reduction campaigns.- GDP limits, substitute measures, and policy reforms to preserve resources and advance the nation.- Biomimicry's relationship to nature's closed-loop system allows for self-sustaining and regenerative progress management approaches.