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Sustainability Through Innovation in Product Life Cycle Design

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Cover of 'Sustainability Through Innovation in Product Life Cycle Design'

Table of Contents

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    Book Overview
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    Chapter 1 Investigating Types of Information from WEEE Take-Back Systems in Order to Promote Design for Recovery
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    Chapter 2 A Framework for Sustainable Product Development
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    Chapter 3 Reducing Conflicts of Interest in Eco-design: The Relation of Innovation Management and Eco-design in the Automotive Sector
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    Chapter 4 Computer-Aided Design for Semi-destructive Disassembly
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    Chapter 5 Potential of Common Methods to Integrate Sustainability Requirements in the Product Development Process: A Case Study
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    Chapter 6 Perspectives on Sustainable Product Design Methodology Focused on Local Communities
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    Chapter 7 Proposal of a Design Method for Local-Oriented Manufacturing in Developing Countries First Report: Problem Description and Knowledge Representation
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    Chapter 8 Environment-Community-Human-Oriented (ECHO) Design: A Context-Appropriate Design-Thinking Process for the Well-Being of Individuals, Communities, and the Local Environment
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    Chapter 9 Persuasive Design Aid for Products Leading to LOHAS Considering User Type
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    Chapter 10 Preliminary Research on the Perception and Implementation of Sustainable Supply Chain in Indonesian Companies
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    Chapter 11 Analysis of User Needs for Solar Cooker Acceptance
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    Chapter 12 Sustainable Renewable Energy Financing: Case Study of Kenya
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    Chapter 13 Oil and Gas Industry’s Role on the Transition to a Low-Carbon Future in Thailand
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    Chapter 14 Material Recovery and Environmental Impact by Informal E-Waste Recycling Site in the Philippines
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    Chapter 15 Actors and System Maps: A Methodology for Developing Product/Service Systems
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    Chapter 16 PSS Without PSS Design: Possible Causes, Effects, and Solutions
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    Chapter 17 A Method of Selecting Customer-Oriented Service and Delivery Modes in Designing Environmentally Benign Product Service Systems
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    Chapter 18 Design for Remanufacturing and Circular Business Models
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    Chapter 19 Development of Low-Carbon Society Businesses in Japan
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    Chapter 20 What Is ‘Value’ and How Can We Capture It from the Product Value Chain?
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    Chapter 21 How Japanese Companies Can Contribute to Water Sustainability
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    Chapter 22 Analysis of Disassembly Characteristics and PSS Proposal by Component Reuse of Mobile Phones
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    Chapter 23 Seller-Buyer Matching for Promoting Product Reuse Using Distance-Based User Grouping
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    Chapter 24 User Model in the Life Cycle Simulation of Mechanical Parts Based on Prospect Theory
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    Chapter 25 Research on Corporate Social Responsibility Advertising Design
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    Chapter 26 Systems Approach to Resource Efficient and Cleaner Production Solutions: Method and Implementation
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    Chapter 27 Integrated Production and Transportation Scheduling for Low-Carbon Supply Chains
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    Chapter 28 Usage of a Digital Eco-factory for a Printed Circuit Assembly Line
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    Chapter 29 A Negotiation Model for Closed-Loop Supply Chains with Consideration for Economically Collecting Reusable Products
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    Chapter 30 Concept Proposal and Feasibility Study of Remote Recycling: Separation Characteristics and Cost-Profit Analysis
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    Chapter 31 Simulation-Based Uncertainty Quantification in End-of-Life Operations for Strategic Development of Urban Mines
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    Chapter 32 The Potential of Additive Manufacturing Technology for Realizing a Sustainable Society
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    Chapter 33 Biodegradable Mechatronic Products by Additive Manufacturing
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    Chapter 34 The Monitoring of Three-Dimensional Printer Filament Feeding Process Using an Acoustic Emission Sensor
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    Chapter 35 Selective Volume Fusing Method for Cellular Structure Integration
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    Chapter 36 Recovery of Metals from E-Waste Mediated by Molten CRT Lead Glass
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    Chapter 37 Rethinking the Ecodesign Policy Mix in Europe
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    Chapter 38 Global Initiative on UPCYCLE Carbon Footprint Certification and Label Systems for Creative Waste Management and Greenhouse Gas Reduction
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    Chapter 39 Sustainable Energy Strategy Primarily Involving Renewable Resources in Japan
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    Chapter 40 Participatory Design as a Tool for Effective Sustainable Energy Transitions
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    Chapter 41 A Fuzzy Monte Carlo Simulation Technique for Sustainable Society Scenario (3S) Simulator
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    Chapter 42 The Minerals-Energy Nexus: Past, Present and Future
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    Chapter 43 Estimation of Reduction in CO2 Emissions by Using ICT Throughout Japan
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    Chapter 44 The Role of Industrial Design in Effective Post-disaster Management
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    Chapter 45 Undergraduate Students Designing Environmental Concern Products: A Case Study in Design Education
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    Chapter 46 The Future of Design for Sustainable Behaviour, Revisited
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    Chapter 47 From Eco- to Sustainable Innovation: Approach and Methodology to Guide Design Initiative into the Innovation World
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    Chapter 48 State of the Art of Open Innovation and Design for Sustainability
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    Chapter 49 An Analysis of the Ecodesign Scientific Network 1994–2014
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    Chapter 50 Recent Developments in Ocean Energy and Offshore Wind: Financial Challenges and Environmental Misconceptions
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    Chapter 51 Renewable Energy Policy Efficacy and Sustainability: The Role of Equity in Improving Energy Policy Outcomes
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    Chapter 52 Study on the Diffusion of NGVs in Japan and Other Nations Using the Bass Model
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    Chapter 53 Key Success Factors of Green Innovation for Transforming Traditional Industries
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    Chapter 54 Postmodern Dynamics of Innovation and Knowledge in the Context of Sustainable Energy Development
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    Chapter 55 Analysis Modeling for Electricity Consumption in Communication Buildings
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    Chapter 56 Research on Evaluation Index System and Comprehensive Evaluation of Typical Eco-Industrial Parks
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    Chapter 57 The Need to Go Beyond “Green University” Ideas to Involve the Community at Naresuan University, Thailand
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    Chapter 58 Sustainability Assessment of High-Rise and High-Density Urban Structures
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    Chapter 59 Analysis of the Energy Consumption of Building Automation Systems
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    Chapter 60 User-Adapting System Design for Improved Energy Efficiency During the Use Phase of Products: Case Study of an Occupancy-Driven, Self-Learning Thermostat
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    Chapter 61 A Fully Renewable DC Microgrid with Autonomous Power Distribution Algorithm
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    Chapter 62 Sustainability Indicators: Overview, Synthesis and Future Research Directions
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    Chapter 63 Strategy Planning Before Urban Mining: Exploring the Targets
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    Chapter 64 Evaluation of Resource Efficiency of Electrical and Electronic Equipment
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    Chapter 65 Regionalized Input-Output Life Cycle Sustainability Assessment: Food Production Case Study
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    Chapter 66 Spatiotemporal Tools for Regional Low-Carbon Development: Linking LCA and GIS to Assess Clusters of GHG Emissions from Cocoa Farming in Peru
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    Chapter 67 Potential for Greenhouse Gas Mitigation at a Typical Roughage Production System in the Japanese Dairy System
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    Chapter 68 Batik Life Cycle Assessment Analysis (LCA) for Improving Batik Small and Medium Enterprises (SMEs) Sustainable Production in Surakarta, Indonesia
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    Chapter 69 Eco-design and Life Cycle Assessment of Japanese Tableware from Palm-Melamine Bio-composites
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    Chapter 70 Consumer’s Lifestyle and Its Impact on Eco-product Aesthetics
Attention for Chapter 69: Eco-design and Life Cycle Assessment of Japanese Tableware from Palm-Melamine Bio-composites
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Citations

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Chapter title
Eco-design and Life Cycle Assessment of Japanese Tableware from Palm-Melamine Bio-composites
Chapter number 69
Book title
Sustainability Through Innovation in Product Life Cycle Design
Published in
EcoProduction, September 2016
DOI 10.1007/978-981-10-0471-1_69
Book ISBNs
978-9-81-100469-8, 978-9-81-100471-1
Authors

Singh Intrachooto, Rattanawan Mungkung, Kittiwan Kitpakornsanti, Intrachooto, Singh, Mungkung, Rattanawan, Kitpakornsanti, Kittiwan

Editors

Mitsutaka Matsumoto, Keijiro Masui, Shinichi Fukushige, Shinsuke Kondoh

Mendeley readers

Mendeley readers

The data shown below were compiled from readership statistics for 6 Mendeley readers of this research output. Click here to see the associated Mendeley record.

Geographical breakdown

Country Count As %
Unknown 6 100%

Demographic breakdown

Readers by professional status Count As %
Student > Doctoral Student 1 17%
Lecturer > Senior Lecturer 1 17%
Unknown 4 67%
Readers by discipline Count As %
Engineering 2 33%
Materials Science 1 17%
Unknown 3 50%