“Nanotechnology for Environmental Applications” is a groundbreaking text that delves into the intersection of environmental science and nanotechnology, illustrating innovative approaches to address urgent global issues.
Utilising the special qualities of nanomaterials, the integration of nanotechnology provides viable solutions as environmental problems like pollution, climate change, and resource depletion become more pressing. This book offers a thorough introduction to a variety of nanomaterials, including their production, characterisation, and their uses in environmental sustainability and remediation. Every chapter explores a certain topic, such as waste management, soil remediation, air pollution control, and water treatment. The article discusses developments in nan pesticides and nano fertilizers and shows how these products may increase agricultural output while having the least negative effects on the environment. Apart from customary uses, the book delves into new technologies and their possible convergence with nanotechnology, including combining 3D printing, biotechnology, and artificial intelligence. New strategies for pollution control, resource management, and environmental monitoring are being made possible by these partnerships. This book, which was written by prominent authorities in the subject, is an invaluable tool for scholars, practitioners, and students who are interested in environmental science and nanotechnology. It highlights the significance of innovation that is responsible and offers information on the legal frameworks that control the use of nanomaterials in environmental applications. “Nanotechnology for Environmental Applications” highlights the practical applications of nanotechnology for building a sustainable future in addition to clarifying the scientific concepts underlying it through the presentation of case studies and real-world examples. The goal of this book is to encourage the next generation of engineers and scientists to use nanotechnology to improve society and the environment at large.