£72.99
£72.99
Explore sustainable innovations in green chemistry and technology designed to minimize environmental impact. This book covers topics from bioenergy and smart materials to waste recycling, offering practical solutions from experts for researchers, practitioners, and students.
This book explores sustainable innovations in green chemistry and technology with the adoption of green chemistry and sustainable practices to minimize environmental impact and promote a more sustainable world. This involves designing chemical products and processes that reduce or eliminate the use and generation of hazardous substances. It also includes transitioning to resource-efficient and environmentally friendly alternatives across various industries. This book covers a wide range of topics, including air pollution control, AI in chemical processes, biomass utilization, bioenergy, and the development of bio-surfactants and paints. It also delves into catalysis, reaction engineering, chemicals, fertilizers, and sustainable solutions to climate change. Additional themes include biolubricants, smart materials, energy storage, and waste recycling. With contributions from experts, the book offers practical solutions for advancing a sustainable chemical industry, making it a valuable resource for researchers, industrialists, practitioners, and students.
This book opens the door to understanding the principles of combustion calculations. It integrates combustion with the open-source software Cantera, serving as an invaluable primer. This hands-on guide offers step-by-step examples for students, engineers, and researchers.
This book describes the science of growing grapevines and transforming them into the world’s many wine styles. It covers everything from harvesting to how to taste, buy, store, and sell wine. Intended for novice growers, winemakers, sommeliers, and students.
Explore leading research on transforming low-rank coals into affordable, high-quality fuel for clean power generation. This book charts a course toward secure, zero-emissions energy from an abundant global resource, vital for industry and policymakers.
University texts on industrial electrochemistry often skip the fundamentals. This book details the central aspects of solution conductivity, electrode thermodynamics, and electrode processes not covered in usual programs. It will be useful for undergraduate and graduate students.
Fracture at weak interfaces is a key vulnerability in layered materials and thin films. This book gathers significant research advancements to provide theoretical tools and experimental applications for researchers, engineers, and postgraduate students.
This book discusses advances in titanium dioxide nanocomposites. These materials have photocatalytic, virucidal, and antimicrobial efficacy for cleaning water and air, and can split water to generate chemical fuels, aiding in green and sustainable development.
Occupational injuries cause immense human suffering and economic loss. This book explores what makes workers vulnerable, from age and shift work to risks in industries like construction and fishing, while also touching on recent trends like climate change.
Membrane technology is a sustainable, low-energy solution for water treatment, but its implementation is hampered by inadequate process modeling. This book focuses on using models as a mathematical background to design, analyze, and optimize these crucial processes.
Rigging is hazardous and complex. This book deals exhaustively with the scientific principles and safe practices for rigging heavy loads. It is a must-read for managers and engineers responsible for the safety of their teams involved in heavy rigging activities.
This book analyzes boiling processes, showing how heat transfer depends on liquid and surface properties. It offers calculation algorithms to develop programs for optimizing heat transfer equipment, making it essential for specialists in cryogenic, nuclear, and space technology.
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