Project cooperationUpdated on 13 March 2025
Sustainability assessment and Techno-economic feasibility studies
About
Sustainability assessment studies of energy systems
Performance of advanced studies to assess and benchmark the sustainability of a specific energy system in terms of technical, economic, environmental and social indicators using life-cycle approaches (alone or in combination with other methodologies).
Advanced sustainability assessment of energy systems from a life-cycle perspective, which can include:
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Environmental life cycle assessment (estimation of carbon footprints, energy footprints, etc.).
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Life cycle costing (including estimation of external costs).
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Eco-efficiency assessment according to ISO 14045:2012.
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Social life cycle assessment of products.
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Life cycle sustainability assessment, and potential use of multi-criteria decision analysis tools.
Advantages and Innovations
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Use of state-of-the-art approaches to sustainability assessment of energy systems.
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Availability of original life-cycle models and calculation tools.
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Vast background in life cycle assessment of energy systems, which may allow benchmarking studies.
Techno-economic feasibility studies of energy systems
Performance of advanced studies to assess the feasibility of a specific energy system under technical and economic aspects using process simulation and optimisation, and techno-economic analysis tools. Advanced studies on the techno-economic feasibility of energy systems, which can include:
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Economic feasibility analysis (estimation of production costs, net present value, etc.).
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Thermodynamic analysis (exergy analysis).
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Process simulation using well-established software solutions and tailor-made, own simulation models.
Advantages and Innovations
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Use of advanced tools for techno-economic feasibility assessment.
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Availability of original models and calculation tools.
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Vast background in techno-economic assessment of energy systems, which may allow benchmarking studies.
Stage
- Looking for Consortium / Coordinator
- Looking for Partners
Topic
- Construction and Demolition Waste (CDW) Circularity,
- Circular energy integration: valorising local waste streams for industrial efficiency
- Electric Vehicles (EV) Batteries Recycling and Reuse
- Enhancing Digitalisation in Circular Economy Processes
Type
- Project Management
- Prototype development
- Testing the product/application
Similar opportunities
Expertise
Decarbonization and energy transition for consumers (industry, SMEs, territories)
- ENERGY
Eirik Steen
Deputy CEO in charge of UE projects at Polénergie
Dunkirk, France
Service
Turn-key engineering, equipment manufacturing, technology implementation
- Consulting
- Development
- Manufacturing
- ENHANCING DIGITALIZATION IN CIRCULAR ECONOMY PROCESSES
- CIRCULAR ENERGY INTEGRATION: VALORISING LOCAL WASTE STREAMS FOR INDUSTRIAL EFFICIENCY
Tetiana Landar
Project coordinator at Techinservice
Kyiv, Ukraine
Project cooperation
R&D Projects on circular and renewable energy integration
- Project Management
- Looking for Partners
- Prototype development
- Testing the product/application
- Looking for Consortium / Coordinator
- Circular energy integration: valorising local waste streams for industrial efficiency
Félix Marín
Head of Development and Technology Transfer at IMDEA Energy
Móstoles, Spain