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Circular Nanotechnology: Redefining Waste into Resources for a Sustainable Future presents an innovative approach to using nanotechnology to transform waste management and resource recovery, paving the way for a more sustainable future. This book emphasizes cutting-edge innovations, including bio-inspired resource recovery systems, environmentally friendly nano-enabled photocatalysis that converts pollutants into reusable chemical compounds, and advanced functional nanomaterials designed for circular manufacturing and sensing. The content features practical, scalable solutions that redefine our understanding of waste-to-resource paradigms from enzymes revolutionizing plastic recycling to quantum dot technologies enhancing waste sorting. It explores the application of nanotechnology in areas such as biomedical waste management, sustainable packaging, textile innovation, and agriculture, showcasing the interdisciplinary potential of nanotechnology to tackle global challenges. The book also discusses futuristic developments, such as AI-driven nanorobots for waste treatment, blockchain technology for managing material life cycles, and decentralized nano solutions that empower local communities. Additionally, it highlights nanotechnology's crucial role in achieving net-zero carbon and zero-waste cities by aligning these innovations with Sustainable Development Goals (SDGs).
This comprehensive resource offers researchers, industry professionals, and policymakers valuable research insights, actionable strategies, and visionary ideas and serves as a guide to promoting sustainability through nanotechnology.
Table des matières
Efficient Resource Recovery via Bio-Inspired Nanotechnology.- Environmental Waste Conversion Using Nano-Enabled Photocatalysis.- Sustainable Circular Manufacturing Using Smart Nanomaterials.- Nano-based Carbon Capture and Utilization for Closed-Loop Systems with Process Optimization and Catalytic Conversion into Valuable Chemicals and Fuels.- Nanotechnology Innovations Revolutionizing Plastics Recycling.- Nanotechnology Solutions for Biomedical Waste Management.- Waste Reduction by Smart Packaging and Nanotechnology.-Nanotechnology for Sustainable Textiles and Circular Fashion: Innovations, Challenges, and Future Directions.- Nano-Fertilizers: Agro-Waste Resource-Based Sustainable Solutions.- Nano-Robots in Autonomous Waste Sorting and Recycling Processes.- Advances in Quantum Dot Recycling and Waste Management Systems.- Toward a Transparent Circular Economy System with Blockchain and Nanotechnology.- Nano-Enabled Circular Bioeconomy for Sustainable Bioenergy Production and Waste Valorization.- Circular Nanotechnology Integration for Smart City Waste.-Decentralized Nano Solutions for Rural Communities Sustainability.- Global Collaborative Approaches to Scale Circular Nanotechnology Innovations.- Application of Circular Nanotechnology to Achieve UN Sustainable Development Goals.- Scenario Planning: The Future Forecast of Circular Nanotechnology.
A propos de l'auteur
Harshita Jain, Ph.D.,
is an Assistant Professor with the Amity Institute of Environmental Sciences at Amity University. She is an academic researcher with a background in membrane separation technology, nanocomposite membranes, nanocomposites, sustainable development, pollution management, and water and wastewater treatment. She is actively involved in numerous academic and research activities, including publishing articles and papers in international journals and proceedings. Her research areas of interest include innovations in clean technology, water and wastewater treatment, biosorption, vermicomposting, antibiotic resistance, public health, machine learning in disaster response, groundwater remediation, the impact of climate change, and artificial intelligence solutions for disaster preparedness. Dr. Jain manages multiple corporate social responsibility (CSR) projects for major companies and has completed various government-funded training programs. She has demonstrated a commitment to faculty development and community involvement by participating in initiatives that support innovative teaching strategies and sustainable development. Furthermore, she contributes to the academic community by supervising Ph.D. students and offering guidance for M.E./M.Tech. dissertations.
Ashish Mathur, Ph.D.
(Nanotechnology), is a Professor with the Center for Inter-Disciplinary Research and Innovation (CIDRI) at UPES University. He is an accomplished researcher, innovator, and visionary leader known for his unwavering commitment to technological advancement and healthcare innovation. With a profound sense of innovation consciousness, Dr. Mathur has consistently demonstrated pioneering abilities throughout his career. He has led groundbreaking projects, including developing advanced biosensors for early cardiac risk detection and creating affordable healthcare solutions such as a low-cost smart bandage with integrated sensors. His achievements exemplify a fusion of cutting-edge technology and compassionate healthcare solutions. Recognized with prestigious awards, including the DST-UKIERI and INSA Young Scientist Fellowship, Dr. Mathur continues to drive transformative research, embodying a business philosophy that emphasizes the societal impact of innovative technologies. His visionary leadership positions him at the forefront of scientific and technological advancements, contributing significantly to nanotechnology and sensor development. Dr. Mathur is a co-founder of Neanic Solutions Pvt Ltd. Before coming to UPESD University, he was an Assistant Professor at Amity University.
Résumé
Circular Nanotechnology: Redefining Waste into Resources for a Sustainable Future
presents an innovative approach to using nanotechnology to transform waste management and resource recovery, paving the way for a more sustainable future. This book emphasizes cutting-edge innovations, including bio-inspired resource recovery systems, environmentally friendly nano-enabled photocatalysis that converts pollutants into reusable chemical compounds, and advanced functional nanomaterials designed for circular manufacturing and sensing. The content features practical, scalable solutions that redefine our understanding of waste-to-resource paradigms—from enzymes revolutionizing plastic recycling to quantum dot technologies enhancing waste sorting. It explores the application of nanotechnology in areas such as biomedical waste management, sustainable packaging, textile innovation, and agriculture, showcasing the interdisciplinary potential of nanotechnology to tackle global challenges. The book also discusses futuristic developments, such as AI-driven nanorobots for waste treatment, blockchain technology for managing material life cycles, and decentralized nano solutions that empower local communities. Additionally, it highlights nanotechnology's crucial role in achieving net-zero carbon and zero-waste cities by aligning these innovations with Sustainable Development Goals (SDGs).
This comprehensive resource offers researchers, industry professionals, and policymakers valuable research insights, actionable strategies, and visionary ideas and serves as a guide to promoting sustainability through nanotechnology.
