Encyclopedia of Green Chemistry

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Encyclopedia of Green Chemistry, Four Volume Set is an essential reference for researchers, students, and professionals seeking to advance their knowledge, contribute to a sustainable future, and stay at the forefront of green chemistry. Edited by esteemed experts and written by renowned contributors, the book provides in-depth knowledge on a broad range of topics in green chemistry. It provides a solid foundation for understanding sustainable chemical practices and offers valuable insights into advanced areas, including the green production of chemicals, biomass valorization, and emerging technologies. Comprising over 150 authoritative review chapters, across four volumes, the encyclopedia captures the latest advancements and future prospects in green chemistry from click chemistry to continuous flow synthesis, waste-derived solvents to sustainable solvents. The book fills the gap as the only contemporary and comprehensive major reference work in the field, bringing together the expert knowledge of multiple sub-disciplines.

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Fundamentals of Green Chemistry
History and principles of green chemistry, with a focus on sustainable practices and environmental safety.

Catalysis
Innovative catalytic methods, with an emphasis of green synthesis applications in pharmaceuticals and petrochemicals.

Non-Traditional Activation Methods
Emerging techniques, including microwave and sonochemical synthesis, showcasingefficient and sustainable processes.

Green Production of Chemicals
Evaluating solvent greenness, this section explores bioplastics and biodegradable materials from renewable resources.

Valorization and Biorefining of Biomass
Focusing on strategies to convert lignocellulosic materials and food waste into valuable products, this section addresses sustainability goals.

Emerging Technologies in Green Chemistry
This section features advancements like green hydrogen production and continuous flow synthesis, reflecting current research trends.

Chemical Toxicology and its Application in the Design of Benign Chemical Products
Predictive toxicology; strategies for safer chemical development in response to regulatory demands.