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Classification of Industrial Symbiosis Synergies: Application in the Biofuels Industry

Classification of Industrial Symbiosis Synergies: Application in the Biofuels Industry. Michael Martin PhD Candidate Environmental Technology and Management Linköping University, Sweden Michael.Martin@liu.se. Background.

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Classification of Industrial Symbiosis Synergies: Application in the Biofuels Industry

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  1. Classification ofIndustrial Symbiosis Synergies: Application in the Biofuels Industry Michael Martin PhD Candidate Environmental Technology and Management Linköping University, Sweden Michael.Martin@liu.se

  2. Background “Synergies for improved environmental and economic performance of first generation biofuels for transport” Identify Develop Evaluate • Environmental performance of production systems • Environmental Systems Analysis • Conditions for implementation • Interviews and theoretical framework (power, risk) • Innovation needed • Case studies and literature studies • Inventory of existing technologies and synergies • Identification of possible new synergies

  3. Methodology Synergies Development Workshop • Over 60 Synergies Produced • Analysis Trends and a need for Classification Biofuel Synergy Examples Synergies Workshop with Industry Identifying Actors Origination and Destination: Material and Energy Classification Model

  4. Why a new classification method? Past Classification Initiatives New Classification Method Eco-Industrial Parks Lowe • Provide further details • Resource and Energy Flows • Nature of Synergies • Trends and Conditions for Implementation of synergies • Benefit organizational aspects of synergies • Provide information for economic and environmental benefits from synergies Detail of Synergies and Exchanges Nature of Exchanges Van Berkel Geographical Contexts Chertow

  5. Interaction with Industries Biofuel Industries Other Industries Core Industry (Biofuel Industry) External Industry

  6. Material, Resource and Energy Flows • Major input/output • Core materials and outputs • Not primary to production process • For “optimal” conditions Main Resource Optimizing Resource Product/Process Utility

  7. Classification Model

  8. EXAMPLE: Potato Chip WVO  Biodiesel EB-PP Type of Synergy (Relation) Destination Origin External Biofuel P P

  9. Employment of the Classification Model • Forest Industry • Eco-Industrial Parks • Other Core to External Industries • Industrial Symbiosis Literature & Classification

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