Abstracts Book Of
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Book of Abstracts 1 2 Contents 27 Chapter 1Keynote Speakers 29 Organizational Change Management for Sustainability 33 Climate Change and the Industrial Ecology of Carbon 35 Industrial ecology: Moving beyond technological innovation to culture change 37 Chapter 2Platform PresentationsDesigning Sustainable Cities 39 Designing an Optimal Urban Community Mixfor Aquifer Thermal Energy Storage 40 Metabolism of building and infrastructure in Japan:Scenario analysis and implications for future waste and carbon management 41 Hour by Hour Analysis of Greenhouse Gas Emissionsfor a Near-Zero Carbon Condominium Design 42 Urban Metabolic Profiles and Typologies 43 Integrated agent-based decision-making modelling and spatially explicit material flow simulation. The Swiss recycling construction material market 44 Greening roofs for sustainable development of compact tropical cities 45 Expansion of infrastructure networks in growing citiesand the future demand for material stocks 46 Evaluating the usability of green buildings 47 Urban MFA with sector and spatial resolution.The case of the Lisbon’s Metropolitan Area 48 Unified methodology for evaluating sustainable consumption optionsin an urban metabolism context 49 Evaluating the Sustainability of Urban Development Projects:The Case of Lisbon Municipality 50 Partners in Project Green – Canada’s largest employment areagoes Eco-Industrial 51 Energy for Melbourne: Past Present and Future 52 Evolution of regional industrial metabolism: a case study in Suzhou of China 53 Developing Industrial Ecology tools for the measurementof urban metabolism: a case study 3 54 Conservation of resources by reusing building components 55 Analysis of the relationship of industrial structure changeand environmental impact in Kawasaki city Japan 56 Using Foundation Species to Enhance the Resilienceof Urban Service Profiles 57 Eco-Design: Products and Services of the Future 59 The assessment of ecodesign application using the Analytic Hierarchy Process:a case study in three furniture companies. 60 Eco Design in Malaysian Industries: Challenges and Opportunities 61 Dealing with unknowns – How to optimise nano material production 62 Eco-Design by Natural Materials: Jute Fibers 63 Strategic perspectives on ecodesign practice in smallto medium sized manufacturers 64 Technology selection for improvement of fuel economy acrossan automaker’s vehicle fleet 65 Comparison of Traditional Retail and E-commerce Logisticsfor Electronic Products 66 Green by design: Conceptualization of a smart materials databasefor designers 67 Environmentally Extended Input Output 69 The Interregional Waste Transportation Model for the Compilationof Interregional Waste Input-output Table 70 Searching for the frontier of emission reduction:A linear programming model based on wastewater treatment IO model 71 Global dimensions of sustainable growth in Europe 72 An automated data handling protocol for environmentallyextended input-output models 73 The EU Integrated Project (IP) EXIOPOL 74 Environmentally extended input-output tables (EE-IO) at the regional level –a case study for the Flemish region of Belgium 75 Modeling the emissions of characteristic electricity consumption profilesof various customer groups in the EU 76 Creating a global environmental database for input-output applications 4 77 The Ecological Footprint as a Sustainable Development Indicator:Critical Review and Connection with the Systemof Integrated Environmental and Economic Accounting 78 A Consistent Set of Environmentally-Extended Supply and Use Tables bridging Monetary Transactions and Material Flows:Experiences and Opportunities of the EXIOPOL Database 80 Degrees of truncation: When are multilateral trade linkages significantin multiregional input-output analyses? 81 Virtual Global Carbon Network Supporting Japan’s Economy: Applicationof Global Link Input-Output Model 82 Embodied carbon emissions in a multi-regional input-output model 83 Using Input-Output Models to Identify Carbon Risk 84 A Waste Input-Output Framework with Cumulative ProductLifetime Distributions and its Application 85 Assessing impacts with a local perspective: a combined global multi-regional IO model pollutant diffusion through air and food and environmental health impacts. 87 Industrial Ecology in Developing Countries 89 From industrial eco-innovation to circular economy:The application of industrial ecology in China 90 Development of circular economy in heavy pollution Industry Park —a case study in China 91 Eco-innovation in the emerging industrial ecosystems—the case of China 92 Material and Energy Use in Brazil 1970 - 2005 93 Collection point system to manage environmental impactsof informal reuse/recycling of electronics 94 Transferring Japanese Urban Symbiosis Model to China 95 Eco-Industrial Networking for Sustainable Development in Asia –A Review of Issues and Development Strategies 96 Flows and Fates of Cadmium in the City of Cape Town 97 Establishment and evolution of a facilitated IS programmein Toluca-Lerma Mexico 98 Waste data collection in developing countries: Connecting the socialand the material dimension 99 Industrial Ecology in India – Past present and future 5 100 EIP Development Strategies in Korea 101 Material Flow Analysis and Strategic Environmental Assessment (SEA)toward a Public Policy EcoDesign 103 Assessment of Sulfur Metabolism in a Chinese Fine Chemical Industrial Park 104 Applying industrial ecology tools to demand-side water managementin Bangalore India 105 Industrial Ecology Tools for Sustainability 107 Selecting Industrial Ecology tools: strengths and weaknessesfor use in a decision support tool 108 Analysing the Sustainability of Wood-Based Bio-refineryand its Supply Chains 109 Carbon Performance of US Electricity Producersunder different US Carbon Market Scenarios 110 A Comprehensive Approach towards MFA and LCA 111 A Review and Database of National Sustainable Development Indicators -toward the next generation of sustainable indicator system 112 The CALCAS scientific framework for New LCA 113 Technological change in Swiss thermal waste treatment - A socio-technical appraisal 114 Exergetic Evaluation of Sugar Cane Sub-Products as Fuelsin Brazilian Cogeneration Systems 115 Materials Flow Analysis and Dynamic Life-cycle Assessment of Lightweight Automotive Materials in the U.S. Passenger Vehicle Fleet 116 Sustainable Value in Mineral Extractive Industry 117 Taking stock of the sustainability of the Oslo water and wastewater network 118 Greenhouse gas emissions from electricity consumptionand conservation - perspectives and uncertainties 119 Comprehending Variation and Uncertaintyin Streamlined Quantitative Life Cycle Assessment Methods 120 Towards Simulation of Transitions in Energy 121 Life Cycle Greenhouse Gas Emissions Embodied in the Production Tradeand Consumption of Primary Aluminum Ingot from 1990 – 2005 122 Hybrid Life Cycle Assessment of Advanced Biofuel Productionand Consumption Scenarios in Scandinavia 6 123 Visualization of Inter-industry Material Flow Basedon Triangularization of Physical Input-Output Tables 124 Dynamic LCA Approach for Decision Supporton Sustainable Bio-electricity Development 125 Integrated models versus the sequential application of individual models:an illustrative example 126 Global Resource Flows and Product Flows:Tracking Inter-Regional Pathways from Resource Extractionto Product Consumption 127 A Platinum Market Model to Examine the Risk of Increased Scarcityfor Downstream Firms 129 Industrial Symbiosis 130 Complex patterns in industrial ecosystems 131 Iron and Steel Industrial Symbiosis System from Thermodynamic Perspective:A Case Study of Handan City China 132 Zero Emission Park – developing industrial symbiosis towards sustainability: Theoretical framing upstream and conceptual specification downstream 133 Is there cash in that trash? Exploring industrial symbiosis through a strategic management lens 134 Resource relevance of Eco-Industrial Networking in Germany 135 Potential of urban and regional symbiosis among sewagesludge treatment plants and industrial factories throughsludge-to-liquid conversion technology 136 Industrial Ecology Applied To Industrial Parks in The French Context 137 Detecting industrial symbiosis using a GIS based tool 138 Interplay between industrial ecosystems and environmental governanceat different spatial scales: The case of the Gulf of Bothnia heavy industriesin Finland and Sweden 139 Policy and legislative framework on waste managementin the European Union: a key issue of industrial symbiosis 140 Life and death in industrial ecosystems 141 MgMetallic - a concise serious game 142 Evaluation of symbiosis effects in eco-industrial parks in Japan 143 Cooperation in a proposed syngas industrial cluster 7 144 Valuing Diversity in Industrial Ecosystems 145 Managing End-of-Life Products 147 E-waste assessment in Minas Gerais/Brazil 148 Assessing the management of small waste electricaland electronic equipment through substance flow analysis –The example of gold in Germany and the USA 149 Development of Integrated Framework for Sustainability Evaluationof Sanitation Systems in Small Towns of Vietnam 150 A knowledge-based transition of managing end-of-life products towardsa recycling society 151 Development of a tool for optimizing industrial ecology processesin WEEE treatment 152 A comprehensive methodology to calculate WEEE recyclingand recovery rates in Portugal 153 Importation and end-of-life processing of computersin developing countries: Peru’s case study 154 Artery-Vein Cooperation in Material Cycles