Circular Economy and Sustainable Development
portes grátis
Circular Economy and Sustainable Development
A Necessary Nexus for a Sustainable Future
Stefanakis, Alexandros I.; Nikolaou, Ioannis E.
Springer International Publishing AG
11/2024
725
Dura
9783031660061
Pré-lançamento - envio 15 a 20 dias após a sua edição
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Chapter 1. The Circular Economy concept: A new or an old, refreshed concept?.- Chapter 2. The Circular Economy Design and Energy Innovation for Industries in 2060.- Chapter 3. The contribution of implementing Circular economy to the sustainable development goals: Findings from a case study.- Chapter 4. Skills and jobs in demand for the circular economy.- Chapter 5. Sustainable Business through Circularity: A Practical Framework for Small- and Medium-sized Enterprises in Europe.- Chapter 6. Sustainable Fashion and Circular Economy: Historical Trends and Future Orientations.- Chapter 7. The role of Logistics in the Circular Economy: An incompatible or inevitable synergy.- Chapter 8. Analysing Circular Economy using Circularity Metrics in Europe: Towards a Sustainable Development.- Chapter 9. The role of engineering design methodologies for new circular business models: A sustainable finance challenge.- Chapter 10. Unravelling transition pathways (1): Conceptually clarifying the construct of events.- Chapter 11. Unravelling transition pathways (2): Conceptually clarifying the construct of patterns.- Chapter 12. Acting Innovation through Efficient Solutions for a Sustainable Future.- Chapter 13. Population growth, consumption, technological innovation and environmental sustainability.- Chapter 14. A review of social challenges of green hydrogen economy and its realization towards sustainable development goals.- Chapter 15. Creating Systematic Change: The Role of Social Entrepreneurship in Circular Economy.- Chapter 16. Integrated life cycle sustainability assessment- A necessary nexus for implementing circular economy principles and accomplishing sustainable development goals.- Chapter 17. An integrated Lifecycle Sustainability Assessment framework for product lifecycle-oriented decision making.- Chapter 18. Digital Technology and Acceleration of the Circular Economy.- Chapter 19. Blockchain Technology Toward a Circular Economy: A Future Paradigm.- Chapter 20. Segregations in sustainability-oriented policy framework as circular economy stumbling stones: Waste recovery suitability analysis and critical review of the EU legislation.- Chapter 21. Applying Circular Economy paradigm for preventing marine plastic pollution in Kenya: Opportunities and challenges.- Chapter 22. Use of Agricultural Wastes for Developing Planet-friendly Biodegradable Packaging.- Chapter 23. The Role of Biochar in the Era of Ecological Sustainability.- Chapter 24. Environmentally sound recycling of e-waste: A sustainable method toward a more resource-efficient circular economy.- Chapter 25. Waste Management for the Recovery of Agricultural Nutrients: A Case Study of Ethanol Vinasse.- Chapter 26. Lithium-ion battery processes from a Circular Economy point of view.- Chapter 27. Recovery of raw materials and obtaining functional carbonaceous materials from the circular economy of organic waste.- Chapter 28. A Comparative Review of Environmental Impact of Menstrual Waste Management in Indian & Global Scenario with a focus upon Single Use Conventional Sanitary Products.- Chapter 29. Industrial Symbiosis: A Suggested Example for Wastewater Reuse.- Chapter 30. Public participation of small-scale farmers to advance the sustainability of Payments for Ecosystem Services: a case study in a Brazilian watershed.- Chapter 31. The sustainable school. Humankind can grow in a Circular Environment. Which is the challenge of circular education for a change in future generations?.- Chapter 32. Recent Developments of 3R Activities in Indonesia.- Chapter 33. How power dynamics influence the transition towards a circular flexible packaging value chain in Jakarta.- Chapter 34. Fast Fashion and Circular Economy: Insights from Corporate Social Responsibility Report Evaluation.- Chapter 35. Cleaner Production in Multivariate Supply Chain Networks: Sustainable Business Future through a "Roll of Dice".- Chapter 36. Rethinking Economic growth, full employment and decent work in the 2030 Sustainable Development Agenda: The means and ends in SDG 8.- Chapter 37. Doughnut Cities: Businesses as Enablers for Nature-Based Solutions and Net-Zero Transitions.- Chapter 38. Exploring the Nexus between Bioeconomy and Sustainability: Towards a Sustainable and Circular Bioeconomy Enabled by Innovation.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Circular economy and sustainable development;Micro-meso-macro levels;Sustainable engineering and industrial ecology;Ecosystem services;Green entrepreneurship and environmental management;Green supply chain management;Waste minimization;Green intellectual capital and corporate sustainability;Industrial ecology and resources conservation
Chapter 1. The Circular Economy concept: A new or an old, refreshed concept?.- Chapter 2. The Circular Economy Design and Energy Innovation for Industries in 2060.- Chapter 3. The contribution of implementing Circular economy to the sustainable development goals: Findings from a case study.- Chapter 4. Skills and jobs in demand for the circular economy.- Chapter 5. Sustainable Business through Circularity: A Practical Framework for Small- and Medium-sized Enterprises in Europe.- Chapter 6. Sustainable Fashion and Circular Economy: Historical Trends and Future Orientations.- Chapter 7. The role of Logistics in the Circular Economy: An incompatible or inevitable synergy.- Chapter 8. Analysing Circular Economy using Circularity Metrics in Europe: Towards a Sustainable Development.- Chapter 9. The role of engineering design methodologies for new circular business models: A sustainable finance challenge.- Chapter 10. Unravelling transition pathways (1): Conceptually clarifying the construct of events.- Chapter 11. Unravelling transition pathways (2): Conceptually clarifying the construct of patterns.- Chapter 12. Acting Innovation through Efficient Solutions for a Sustainable Future.- Chapter 13. Population growth, consumption, technological innovation and environmental sustainability.- Chapter 14. A review of social challenges of green hydrogen economy and its realization towards sustainable development goals.- Chapter 15. Creating Systematic Change: The Role of Social Entrepreneurship in Circular Economy.- Chapter 16. Integrated life cycle sustainability assessment- A necessary nexus for implementing circular economy principles and accomplishing sustainable development goals.- Chapter 17. An integrated Lifecycle Sustainability Assessment framework for product lifecycle-oriented decision making.- Chapter 18. Digital Technology and Acceleration of the Circular Economy.- Chapter 19. Blockchain Technology Toward a Circular Economy: A Future Paradigm.- Chapter 20. Segregations in sustainability-oriented policy framework as circular economy stumbling stones: Waste recovery suitability analysis and critical review of the EU legislation.- Chapter 21. Applying Circular Economy paradigm for preventing marine plastic pollution in Kenya: Opportunities and challenges.- Chapter 22. Use of Agricultural Wastes for Developing Planet-friendly Biodegradable Packaging.- Chapter 23. The Role of Biochar in the Era of Ecological Sustainability.- Chapter 24. Environmentally sound recycling of e-waste: A sustainable method toward a more resource-efficient circular economy.- Chapter 25. Waste Management for the Recovery of Agricultural Nutrients: A Case Study of Ethanol Vinasse.- Chapter 26. Lithium-ion battery processes from a Circular Economy point of view.- Chapter 27. Recovery of raw materials and obtaining functional carbonaceous materials from the circular economy of organic waste.- Chapter 28. A Comparative Review of Environmental Impact of Menstrual Waste Management in Indian & Global Scenario with a focus upon Single Use Conventional Sanitary Products.- Chapter 29. Industrial Symbiosis: A Suggested Example for Wastewater Reuse.- Chapter 30. Public participation of small-scale farmers to advance the sustainability of Payments for Ecosystem Services: a case study in a Brazilian watershed.- Chapter 31. The sustainable school. Humankind can grow in a Circular Environment. Which is the challenge of circular education for a change in future generations?.- Chapter 32. Recent Developments of 3R Activities in Indonesia.- Chapter 33. How power dynamics influence the transition towards a circular flexible packaging value chain in Jakarta.- Chapter 34. Fast Fashion and Circular Economy: Insights from Corporate Social Responsibility Report Evaluation.- Chapter 35. Cleaner Production in Multivariate Supply Chain Networks: Sustainable Business Future through a "Roll of Dice".- Chapter 36. Rethinking Economic growth, full employment and decent work in the 2030 Sustainable Development Agenda: The means and ends in SDG 8.- Chapter 37. Doughnut Cities: Businesses as Enablers for Nature-Based Solutions and Net-Zero Transitions.- Chapter 38. Exploring the Nexus between Bioeconomy and Sustainability: Towards a Sustainable and Circular Bioeconomy Enabled by Innovation.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Circular economy and sustainable development;Micro-meso-macro levels;Sustainable engineering and industrial ecology;Ecosystem services;Green entrepreneurship and environmental management;Green supply chain management;Waste minimization;Green intellectual capital and corporate sustainability;Industrial ecology and resources conservation
