Advanced Nanohybrids for Sustainable Environmental Solutions

This book focuses on the applications of various advanced nanohybrids in different environmental fields from wastewater treatment to green hydrogen generation. Detailed discussions and case studies explore how these advanced nanomaterials address critical issues and offer new sustainable perspectives with practical approaches and solutions. A new class of nanohybrids with organic and inorganic elements exhibits unique and enhanced physical, chemical, and biological properties that are used to achieve sustainable solutions to pressing environmental challenges. This book is focused on the applications of various advanced nanohybrids in different environmental fields. Detailed discussions and case studies explore how these advanced nanomaterials can address critical issues and offer new perspectives with practical approaches. It provides a comprehensive exploration of advanced optical properties, doping effects, and band-gap engineering for environmental applications and uniquely focuses on green hydrogen generation. Features Provides comprehensive understanding of the current applications of nanohybrids in environmental areas Presents state-of-the-art technologies and research invested in nanohybrids Discusses current hot topics such as semiconductor-based nanohybrids for generation of alternative fuels and cost-effective nanohybrids for green hydrogen generation Addresses contemporary trends in wastewater treatment, advanced pesticides for agricultural applications, and the use of cutting-edge bioinspired nanohybrids for environmental applications Includes case studies from all over the world, highlighting regions where high-level research is underway This book is an insightful resource for those in search of a comprehensive explanation of emerging advanced nanohybrids. It is particularly useful for researchers, professionals, graduate and senior undergraduate students in Environmental Engineering and Environmental and Water Science and Agriculture.