Senthilkumar Rathnasamy – författare

Secure your place at the forefront of the green revolution with this authoritative, expert-led guide to the latest innovations in green solvents, energy storage, and sustainable processes to transform industrial efficiency. Modern sustainable development revolves around green engineering for designing processes and technologies that minimize environmental impact while maximizing efficiency. This book is an authoritative resource that presents the latest sustainable engineering innovations on materials, processes, and methods that reduce environmental consequences. It provides a holistic account of advances in sustainable engineering, delving into tools and techniques driving sustainable engineering. It demonstrates how we can minimize environmental impacts from industry by enhancing industrial efficacy. The book highlights green solvents such as deep eutectic solvents and ionic liquids, which have significance across energy storage, electrochemistry, and subsequent extraction, that emphasize sustainable fermentation, nano-emulsions, glycan separation, and green electrolytes for energy storage. Whether you are designing green infrastructure, designing energy-efficient products, or are involved in battery technologies, this essential guide provides several necessary tools and insights to catalyze inspiration and innovation to develop a cleaner and more sustainable future. Readers will find the volume: Bridges the gap between green engineering concepts and practical applications, providing insights into how green principles are developed into sustainable technology; Focuses on green engineering practices that provide innovative solutions to existing problems and leading to new processes and products that uphold sustainability; Delves into groundbreaking developments in environmentally and economically advantageous sustainable technology. Audience Sustainability, chemical and civil engineers, environmental researchers, biotechnologists, environmental scientists who think beyond conventional practices and seek technologically advanced solutions to sustainability.

Secure your place at the forefront of the green revolution with this authoritative, expert-led guide to the latest innovations in green solvents, energy storage, and sustainable processes to transform industrial efficiency. Modern sustainable development revolves around green engineering for designing processes and technologies that minimize environmental impact while maximizing efficiency. This book is an authoritative resource that presents the latest sustainable engineering innovations on materials, processes, and methods that reduce environmental consequences. It provides a holistic account of advances in sustainable engineering, delving into tools and techniques driving sustainable engineering. It demonstrates how we can minimize environmental impacts from industry by enhancing industrial efficacy. The book highlights green solvents such as deep eutectic solvents and ionic liquids, which have significance across energy storage, electrochemistry, and subsequent extraction, that emphasize sustainable fermentation, nano-emulsions, glycan separation, and green electrolytes for energy storage. Whether you are designing green infrastructure, designing energy-efficient products, or are involved in battery technologies, this essential guide provides several necessary tools and insights to catalyze inspiration and innovation to develop a cleaner and more sustainable future. Readers will find the volume: Bridges the gap between green engineering concepts and practical applications, providing insights into how green principles are developed into sustainable technology;Focuses on green engineering practices that provide innovative solutions to existing problems and leading to new processes and products that uphold sustainability;Delves into groundbreaking developments in environmentally and economically advantageous sustainable technology.Audience Sustainability, chemical and civil engineers, environmental researchers, biotechnologists, environmental scientists who think beyond conventional practices and seek technologically advanced solutions to sustainability.