EcoDesign for Circular Value Creation: Volume II
portes grátis
EcoDesign for Circular Value Creation: Volume II
Nonaka, Tomomi; Kobayashi, Hideki; Fukushige, Shinichi; Tokoro, Chiharu; Yamasue, Eiji
Springer Verlag, Singapore
02/2025
300
Dura
9789819790753
Pré-lançamento - envio 15 a 20 dias após a sua edição
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Chapter 1. CLIMATE CHANGE AND DISASTER RISK REDUCTION EDUCATION IN PRIMARY SCHOOLS: A CASE STUDY IN THUA THIEN HUE PROVINCE, VIETNAM.- Chapter 2. Design for long-term reuse in sustainable design education.- Chapter 3. Cultural Practice for Sustainability: Narratives from Zero Waste Life Series by NHK World.- Chapter 4. Design of rice koji fermentation kit to promote environmental education and microorganism awareness in Japan.- Chapter 5. Challenges in engineering education for sustainable product development - Insights from practice.- Chapter 6. Changes in High School Students' Interest in Environmental and Social Issues as an Effect of Futurability Education.- Chapter 7. Unintended Consequences in the Transition to FMCG reuse: "I do not think I ever will not" use Single-Use Products.- Chapter 8. Food and nutrition security toward sustainable food chain in Japan.- Chapter 9. Repurposing Lithium-ion batteries for the Household Context: An Industry Investigation in Norway.- Chapter 10. A Study on Extracting Necessary Parameters for Expanding the Utilization Rate of Used Automobile Parts Based on Supply-Demand Analysis.-Chapter 11. Is it possible to reduce the number of today's thermoplastics? - An investigation of the Swedish plastic industry.-Chapter 12. From Frugal Solutions to Reverse Innovation: A Knowledge-Based Perspective.-Chapter 13. Quantifying the carbon saving potential of two sensor-based smart city services regarding street lighting and waste management.-Chapter 14. Airflow Heat and CO2 Balance in Detached Houses: A Simulation Based on Insulation Leakage, Ventilation, and Occupancy of an Indoor Environment.-Chapter 15. Evaluation of heatstroke risk, environmental impact, and cost of hydrocarbon refrigerant (GF-08) air conditioning use in residential homes integrated with combined photovoltaic power generation and battery storage.-Chapter 16. Trade-off analysis between CO2 reduction and waste increase associated with solar photovoltaic installations.-Chapter 17. Life Cycle Assessment on Decommissioning of Nuclear Power Plant - a Study on First Nuclear Power Plant.-Chapter 18. Environmental impact assessment of battery swapping service for electric vehicles.-Chapter 19. Facility location problem of stationary and mobile hydrogen refueling stations considering transport risk for hydrogen.-Chapter 20. Model-based analysis of the dynamic capacity ramp-up of closed-loop supply chains for lithium-ion batteries in Japan and Germany.-Chapter 21. Evaluation of the "Shift" and Improve" Strategies in Achieving Sustainable Urban Transportation.-Chapter 22. Environmental and economic assessment towards the utilization of CCUS technology in waste incineration facilities.-Chapter 23. Automation approach for Life Cycle Assessment integrated data and mapping quality assessment.-Chapter 24. Environmental evaluation of remanufactured automotive parts - Comparative LCAs of five product groups.-Chapter 25. Implementing Simplified Life Cycle Assessments in Product Development Processes of Electrical and Electronics Equipment.-Chapter 26. Comparison of Environmental Impacts of Body Wash Product in Life Cycle: Korea and Europe.-Chapter 27. An environmental process design for H2S removal based on LCA thinking using CFD modeling.-Chapter 28. Life Cycle Assessment and Circularity Indicator application in Environmental Assessment of End-of-Life treatment technologies - Case study: EoL steel wire rope.-Chapter 29. Assessment of the human health risk derived from chemicals in export products from Japan.-Chapter 30. Quantifying Human Rights in Global Supply Chain: Socially-extended Input-Output Analysis (MRSEIO).-Chapter 31. Quantifying Human Rights in Global Supply Chain: Visualizing the UK's Electricity Sector.-Chapter 32. Development of office indicators for sustainable and employee-centric workplace.-Chapter 33. Towards a sustainable decision framework with harmonized metrics for Circularity and Life Cycle Assessment in manufacturing.-Chapter 34. Organization of Integrated Strategic Elements in Urban and Regional Management using SDG Local Indicators and Fiscal Expenditure Data.-Chapter 35. The development of land use-based high-resolution spatial global biodiversity damage factors in LCIA.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Sustainable Social Infrastructure;Smart manufacturing;Sustainable Consumption and Production;Policy, Legislation and Social Activities;Finance and Investment for Sustainability;Engineering Economics;EcoDesign of products and services;Product life cycle design;Circular economy;Sustainable Development Goals (SDGs);Environmentally conscious design;Sustainable design;Closed-loop supply chain;Eco products;Sustainability;Engineering Economics;Digital and AI Technologies;Natural resources and energy economics
Chapter 1. CLIMATE CHANGE AND DISASTER RISK REDUCTION EDUCATION IN PRIMARY SCHOOLS: A CASE STUDY IN THUA THIEN HUE PROVINCE, VIETNAM.- Chapter 2. Design for long-term reuse in sustainable design education.- Chapter 3. Cultural Practice for Sustainability: Narratives from Zero Waste Life Series by NHK World.- Chapter 4. Design of rice koji fermentation kit to promote environmental education and microorganism awareness in Japan.- Chapter 5. Challenges in engineering education for sustainable product development - Insights from practice.- Chapter 6. Changes in High School Students' Interest in Environmental and Social Issues as an Effect of Futurability Education.- Chapter 7. Unintended Consequences in the Transition to FMCG reuse: "I do not think I ever will not" use Single-Use Products.- Chapter 8. Food and nutrition security toward sustainable food chain in Japan.- Chapter 9. Repurposing Lithium-ion batteries for the Household Context: An Industry Investigation in Norway.- Chapter 10. A Study on Extracting Necessary Parameters for Expanding the Utilization Rate of Used Automobile Parts Based on Supply-Demand Analysis.-Chapter 11. Is it possible to reduce the number of today's thermoplastics? - An investigation of the Swedish plastic industry.-Chapter 12. From Frugal Solutions to Reverse Innovation: A Knowledge-Based Perspective.-Chapter 13. Quantifying the carbon saving potential of two sensor-based smart city services regarding street lighting and waste management.-Chapter 14. Airflow Heat and CO2 Balance in Detached Houses: A Simulation Based on Insulation Leakage, Ventilation, and Occupancy of an Indoor Environment.-Chapter 15. Evaluation of heatstroke risk, environmental impact, and cost of hydrocarbon refrigerant (GF-08) air conditioning use in residential homes integrated with combined photovoltaic power generation and battery storage.-Chapter 16. Trade-off analysis between CO2 reduction and waste increase associated with solar photovoltaic installations.-Chapter 17. Life Cycle Assessment on Decommissioning of Nuclear Power Plant - a Study on First Nuclear Power Plant.-Chapter 18. Environmental impact assessment of battery swapping service for electric vehicles.-Chapter 19. Facility location problem of stationary and mobile hydrogen refueling stations considering transport risk for hydrogen.-Chapter 20. Model-based analysis of the dynamic capacity ramp-up of closed-loop supply chains for lithium-ion batteries in Japan and Germany.-Chapter 21. Evaluation of the "Shift" and Improve" Strategies in Achieving Sustainable Urban Transportation.-Chapter 22. Environmental and economic assessment towards the utilization of CCUS technology in waste incineration facilities.-Chapter 23. Automation approach for Life Cycle Assessment integrated data and mapping quality assessment.-Chapter 24. Environmental evaluation of remanufactured automotive parts - Comparative LCAs of five product groups.-Chapter 25. Implementing Simplified Life Cycle Assessments in Product Development Processes of Electrical and Electronics Equipment.-Chapter 26. Comparison of Environmental Impacts of Body Wash Product in Life Cycle: Korea and Europe.-Chapter 27. An environmental process design for H2S removal based on LCA thinking using CFD modeling.-Chapter 28. Life Cycle Assessment and Circularity Indicator application in Environmental Assessment of End-of-Life treatment technologies - Case study: EoL steel wire rope.-Chapter 29. Assessment of the human health risk derived from chemicals in export products from Japan.-Chapter 30. Quantifying Human Rights in Global Supply Chain: Socially-extended Input-Output Analysis (MRSEIO).-Chapter 31. Quantifying Human Rights in Global Supply Chain: Visualizing the UK's Electricity Sector.-Chapter 32. Development of office indicators for sustainable and employee-centric workplace.-Chapter 33. Towards a sustainable decision framework with harmonized metrics for Circularity and Life Cycle Assessment in manufacturing.-Chapter 34. Organization of Integrated Strategic Elements in Urban and Regional Management using SDG Local Indicators and Fiscal Expenditure Data.-Chapter 35. The development of land use-based high-resolution spatial global biodiversity damage factors in LCIA.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Sustainable Social Infrastructure;Smart manufacturing;Sustainable Consumption and Production;Policy, Legislation and Social Activities;Finance and Investment for Sustainability;Engineering Economics;EcoDesign of products and services;Product life cycle design;Circular economy;Sustainable Development Goals (SDGs);Environmentally conscious design;Sustainable design;Closed-loop supply chain;Eco products;Sustainability;Engineering Economics;Digital and AI Technologies;Natural resources and energy economics
