Anil Kumar Jangir – författare

This book is designed for forward-thinking professionals, researchers, and senior students in chemistry, chemical engineering, and industrial manufacturing, this essential resource explores how green chemistry can be effectively applied in real-world industrial settings. It also speaks directly to environmental engineers and sustainability experts eager to stay ahead of emerging trends and innovations in sustainable practices. With practical insights tailored for industry leaders and policymakers committed to reducing environmental impact, this work delivers scalable solutions and cutting-edge strategies for transforming industrial processes. A vital tool for anyone looking to drive meaningful change, it empowers organizations to meet sustainability targets while enhancing efficiency and innovation.

This book is designed for forward-thinking professionals, researchers, and senior students in chemistry, chemical engineering, and industrial manufacturing, this essential resource explores how green chemistry can be effectively applied in real-world industrial settings. It also speaks directly to environmental engineers and sustainability experts eager to stay ahead of emerging trends and innovations in sustainable practices. With practical insights tailored for industry leaders and policymakers committed to reducing environmental impact, this work delivers scalable solutions and cutting-edge strategies for transforming industrial processes. A vital tool for anyone looking to drive meaningful change, it empowers organizations to meet sustainability targets while enhancing efficiency and innovation.

This book is designed for forward-thinking professionals, researchers, and senior students in chemistry, chemical engineering, and industrial manufacturing, this essential resource explores how green chemistry can be effectively applied in real-world industrial settings. It also speaks directly to environmental engineers and sustainability experts eager to stay ahead of emerging trends and innovations in sustainable practices. With practical insights tailored for industry leaders and policymakers committed to reducing environmental impact, this work delivers scalable solutions and cutting-edge strategies for transforming industrial processes. A vital tool for anyone looking to drive meaningful change, it empowers organizations to meet sustainability targets while enhancing efficiency and innovation.

This contributed volume offers a detailed review of the history, classification, synthesis, and physicochemical properties of deep eutectic solvents, highlighting their role as sustainable alternatives to traditional solvents. The book examines their thermodynamic behaviors, micellization properties, toxicological profiles, and environmental benefits. Additionally, it covers their applications in organic and inorganic synthesis, extraction techniques, and materials engineering while emphasizing their alignment with green chemistry principles. By presenting cutting-edge research and practical insights, this volume provides a solid foundation for understanding the potential of DES in advancing sustainable industrial and scientific practices.

This contributed volume offers a detailed review of the history, classification, synthesis, and physicochemical properties of deep eutectic solvents, highlighting their role as sustainable alternatives to traditional solvents. The book examines their thermodynamic behaviors, micellization properties, toxicological profiles, and environmental benefits. Additionally, it covers their applications in organic and inorganic synthesis, extraction techniques, and materials engineering while emphasizing their alignment with green chemistry principles. By presenting cutting-edge research and practical insights, this volume provides a solid foundation for understanding the potential of DES in advancing sustainable industrial and scientific practices.

This contributed volume explores the potential of deep eutectic solvents (DES) as sustainable alternatives to conventional solvents in various industries. It covers various applications, including uses of DES in biomass processing, food and pharmaceutical industries, electrochemical systems, CO2 capture, and more. The chapters highlight the unique properties of DES, such as biodegradability, low toxicity, and tunability, emphasizing their role in green chemistry and sustainability. They also address challenges including stability and recyclability while proposing strategies to overcome these limitations. This book provides valuable insights into how DES will shape future innovations in sustainable technologies.