Description
Advances in Green Engineering for Sustainable Industrial Developments explores the principles and applications of green engineering across various industries, providing both a theoretical overview and practical insights with case studies focusing on how industries can transition to more sustainable practices. Advances in Green Engineering for Sustainable Industrial Developments covers important topics such as efficient synthesis methods, renewable feedstocks, reducing environmental impact, life cycle assessment, economic benefits, regulatory considerations, and case studies illustrating successful implementation. This book will be an invaluable guide for researchers, academics, industry experts, graduate students and post-graduate students working with industrial practices, industrial processes, and process development, particularly chemical engineers, environmental engineers, industrial engineers as well as any related or intersecting disciplines. This book could also serve as a very useful guide for policy and decision makers in industry who want to deepen their understanding sustainable processes and practices, particularly with regard to cost-effective Solutions, compliance with increased regulatory standards, risk management and innovative technologies and trends withing chemical production and processes.- Provides a detailed theoretical overview of the twelve key principles of green engineering as they apply to industrial processes- Offers detailed advice on how to reduce environmental impact while maintaining process efficiency and economic variables- Details the latest trends and technologies in green engineering, including a discussion of risk assessment, health and safety practice, and complying with current regulatory standards in an environmentally-friendly manner- Includes case studies and practical guides on how industries can transition to more sustainable practices
Table of Contents
1. Green Engineering: Introduction2. Environmental Regulations and Compliance3. Green engineering: A roadmap to sustainable environment4. Use of sustainable solvents in industries5. Conservation of Energy through green engineering processes6. Green engineering in Water and Resource Management7. Green engineering in monitoring air quality8. Commercialization9. Green engineering for sustainable agriculture10. Renewable Energy and Sustainable Power Generation11. Green Technologies in the Chemical Industry12. Green engineering as solution for sustainable transportation and infrastructure13. Future Trends and Challenges in the field of green engineering14. Interdisciplinary approaches and their legalization and policy issues of green engineering15. Impact of green chemistry: Economic and Political Challenges
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