The book is offering current research on and insights into the implementation of circular economy in industrial practice. It comprises a whole range of solutions and concepts from engineering and business research. The scope of the book will use the European Circular Economy Package conceptual structure to cover the most relevant material and product flows such as metals, polymers, and food, as well as relevant product life cycle steps such as product design, material extraction, and recycling.
The book is offering current research on and insights into the implementation of circular economy in industrial practice. It comprises a whole range of solutions and concepts from engineering and business research. The scope of the book will use the European Circular Economy Package conceptual structure to cover the most relevant material and product flows such as metals, polymers, and food, as well as relevant product life cycle steps such as product design, material extraction, and recycling.
Juliano B. Araujo, PhD, is a production engineer with a doctorate in sustainable manufacturing from the University of Sao Paulo. He's a visiting scientist at Pforzheim University's Institute for Industrial Ecology. Henning Hinderer, PhD, is Vice Dean and Head of the Business Administration and Engineering department at Pforzheim University. His research focuses on the strategic and technical aspects of value chains. Tobias Viere, PhD, is Professor at Pforzheim University's business school and directs the Life Cycle & Sustainability master's program. Jörg Woidasky, PhD, is Professor of Sustainable Product Development at the Faculty of Engineering at Pforzheim University. His research is focused on sustainable processes and product design.
Inhaltsangabe
Circularity is the new paradigm for business and technology development 2. Metals in the circular economy 3. Polymers in the circular economy 4. Building materials in the circular economy 5. Food in a circular economy 6. Fodder in a circular (bio)economy 7. Medical single-use devices as a circularity challenge 8. Material and product identification processes 9. Product design for circularity 10. Material flow management for Circular Economy 11. Energy flow management for Circular Economy 12. Role of Enterprise Resource Planning (ERP) Systems in the Future Circular Economy 13. Green Controlling 14. Organizing for the circular economy 15. Circular Business models 16. Sustainability and Circularity assessment 17. CE Case -study on Pumps 18. Circular Policy, standardisation, and conceptual restrictions 19. Implementation of CE using Lean methods such as Makigami
Circularity is the new paradigm for business and technology development 2. Metals in the circular economy 3. Polymers in the circular economy 4. Building materials in the circular economy 5. Food in a circular economy 6. Fodder in a circular (bio)economy 7. Medical single-use devices as a circularity challenge 8. Material and product identification processes 9. Product design for circularity 10. Material flow management for Circular Economy 11. Energy flow management for Circular Economy 12. Role of Enterprise Resource Planning (ERP) Systems in the Future Circular Economy 13. Green Controlling 14. Organizing for the circular economy 15. Circular Business models 16. Sustainability and Circularity assessment 17. CE Case -study on Pumps 18. Circular Policy, standardisation, and conceptual restrictions 19. Implementation of CE using Lean methods such as Makigami
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