Sapna Raghav – författare

This book provides a comprehensive overview of covalent organic frameworks (COFs) and their growing significance in environmental applications. With their highly ordered, porous structures and tunable properties, COFs offer innovative solutions for challenges such as water purification, air filtration, and pollutant degradation. This book introduces the fundamentals of COF synthesis, structure, and properties while highlighting recent research advances and practical applications. Emphasizing both theoretical insights and real-world relevance, it explores how molecular design and structural engineering can enhance COF performance. This resource is ideal for researchers, students, and professionals focused on sustainable materials and environmental remediation technologies.Features:Highlights the use of COFs in water purification, air filtration, and pollutant degradation.Explores both fundamental mechanisms and practical challenges in environmental applications of COFs.Combines recent research, synthesis methods, and real-world case studies in an accessible format.Serves as a valuable resource for researchers, students, and professionals in environmental and materials science.

This book provides a comprehensive overview of covalent organic frameworks (COFs) and their growing significance in environmental applications. With their highly ordered, porous structures and tunable properties, COFs offer innovative solutions for challenges such as water purification, air filtration, and pollutant degradation. This book introduces the fundamentals of COF synthesis, structure, and properties while highlighting recent research advances and practical applications. Emphasizing both theoretical insights and real-world relevance, it explores how molecular design and structural engineering can enhance COF performance. This resource is ideal for researchers, students, and professionals focused on sustainable materials and environmental remediation technologies.Features: Highlights the use of COFs in water purification, air filtration, and pollutant degradation. Explores both fundamental mechanisms and practical challenges in environmental applications of COFs. Combines recent research, synthesis methods, and real-world case studies in an accessible format. Serves as a valuable resource for researchers, students, and professionals in environmental and materials science.

This book provides a comprehensive overview of covalent organic frameworks (COFs) and their growing significance in environmental applications. With their highly ordered, porous structures and tunable properties, COFs offer innovative solutions for challenges such as water purification, air filtration, and pollutant degradation. This book introduces the fundamentals of COF synthesis, structure, and properties while highlighting recent research advances and practical applications. Emphasizing both theoretical insights and real-world relevance, it explores how molecular design and structural engineering can enhance COF performance. This resource is ideal for researchers, students, and professionals focused on sustainable materials and environmental remediation technologies.Features: Highlights the use of COFs in water purification, air filtration, and pollutant degradation. Explores both fundamental mechanisms and practical challenges in environmental applications of COFs. Combines recent research, synthesis methods, and real-world case studies in an accessible format. Serves as a valuable resource for researchers, students, and professionals in environmental and materials science.

Deep eutectic solvents (DESs) and natural deep eutectic solvents (NADES) have emerged as transformative materials in the pursuit of sustainable and environmentally responsible chemistry. Their remarkable physicochemical properties, low toxicity, tunable structures, and broad applicability position them as powerful alternatives to conventional solvents and catalysts across diverse scientific and industrial fields. From catalysis, extraction, and electrochemistry to pharmaceuticals, polymerization, agriculture, and energy storage, DESs are redefining modern approaches to green chemical processes and materials design.This book provides a comprehensive overview of the latest advances in DES and NADES research, covering both fundamental principles and practical applications. It explores the environmental profile, synthesis strategies, physicochemical behavior, and industrial relevance of these innovative solvent systems, while also highlighting emerging developments in machine learning-guided solvent discovery, CO₂ recycling, biocatalysis, cryoprotection, and advanced DES@MOF hybrid materials.Special emphasis is placed on sustainable technologies and industrial translation, demonstrating how DESs can bridge the gap between laboratory innovation and real-world implementation. The book further examines techno-economic considerations, patent landscapes, and challenges associated with large-scale adoption, offering valuable perspectives for future development.Features:• Comprehensive coverage of DESs and NADES in sustainable chemistry.• Emerging applications in catalysis, pharmaceuticals, polymers, agriculture, and energy systems.• Insights into machine learning, industrial production, and techno-economic aspects.• Discussion of environmental impact, toxicity, biodegradability, and green processing.This book serves as a valuable reference for researchers, academicians, industry professionals, and policymakers working in green chemistry, materials science, chemical engineering, and sustainable technologies.

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.

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.

This book highlights the potential of agricultural waste and presents cutting-edge technology for turning trash into sustainable materials. It provides a comprehensive overview of the conversion of agricultural waste into bioethanol, biodiesel, biogas, bioplastics, natural fibre composites, and other eco-friendly products by assembling recent studies and practical applications. The chapters address important facets of converting agricultural waste, ranging from technological advancements to biomass classification and biofuel production. Benefits to the environment, economic feasibility, and overcoming obstacles are prioritized for widespread sustainable adoption. The book provides industry professionals, researchers, and policymakers with a valuable resource that not only advances their understanding of agricultural waste management but also inspires them to contribute to this evolving field.

This book provides an introduction to 2D materials, their current fabrication techniques, and characterization. It focuses on the wide applications of 2D materials in electromagnetic shielding applications, high power sensors, electrochemical energy storage, supercapacitors, photo detectors, medical and biomedical fields and energy storage devices. 2D materials such as graphene, transition metal dichalcogenides (TMD), MXenes and so on, have attracted a lot of attention because of their ability to be integrated in various functional devices.