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Our R&D projects

eWAVE – Efficient HV-electric modular battery and distribution systems for sustainable WAterborne VEssels

Advancing high-voltage (HV) technologies for battery-powered ships to improve sustainability/circularity, safety and efficiency and reduce the environmental footprint of maritime transport
  • Duration
    2025-2029
  • Project partners
    i2m/AT (consortium leader), SINTEF Energi/NO, Flanders Make/BE, DLR/DE, Fraunhofer/DE, Virtual Vehicle Research/AT, IfM Engage/UK, Damen Shipyards/NL, Freire Shipyard/ES, MULTI.engineering/BE, DNV/NO, Siro Energy/TK, Farplas Otomotiv/TR, Infineon Technologies/DE, Siemens Industry Software/FR, STABL Energy/DE, TechConcepts/NL
  • Role of SYRION
    Overall requirements management; risk management; 2nd life of ship batteries (fields of application and business models); digital battery product pass and battery safety (methods); derivation of comprehensive recommendations and guidelines for stakeholders (including economic and ecological aspects)
  • Duration
    2025-2029
  • Project partners
    i2m/AT (consortium leader), SINTEF Energi/NO, Flanders Make/BE, DLR/DE, Fraunhofer/DE, Virtual Vehicle Research/AT, IfM Engage/UK, Damen Shipyards/NL, Freire Shipyard/ES, MULTI.engineering/BE, DNV/NO, Siro Energy/TK, Farplas Otomotiv/TR, Infineon Technologies/DE, Siemens Industry Software/FR, STABL Energy/DE, TechConcepts/NL
  • Role of SYRION
    Overall requirements management; risk management; 2nd life of ship batteries (fields of application and business models); digital battery product pass and battery safety (methods); derivation of comprehensive recommendations and guidelines for stakeholders (including economic and ecological aspects)
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BioDiMoBot – Autonomous Longtime Aquatic Biodiversity and Ecology Monitoring Robot

Development of an innovative robotic measurement system to monitor biodiversity and provide insight into the drivers of ecosystem degradation in aquatic systems
  • Duration
    2025-2029
  • Project partners
    Universität Graz/AT (consortium leader), Scuola Superiore Sant’Anna/IT, Université Libre de Bruxelles/BE, University of Durham/UK, SYRION/AT, Österreichische Bundesforste/AT, Carbon Kapture (Mulroy Bay)/UK
  • Role of SYRION
    Exploitation, Communication and Dissemination; Overall Requirements Management; Business Model & Comprehensive Business Plan development for mass production
  • Duration
    2025-2029
  • Project partners
    Universität Graz/AT (consortium leader), Scuola Superiore Sant’Anna/IT, Université Libre de Bruxelles/BE, University of Durham/UK, SYRION/AT, Österreichische Bundesforste/AT, Carbon Kapture (Mulroy Bay)/UK
  • Role of SYRION
    Exploitation, Communication and Dissemination; Overall Requirements Management; Business Model & Comprehensive Business Plan development for mass production
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FCircular – Improved circularity of PEM fuel cell stacks and systems for heavy road vehicles and short- to medium-range aircraft

Laying the foundations for a more sustainable and recyclable PEM fuel cell product design through the close integration of experimentation, simulation and studies
  • Duration
    2025-2028
  • Project partners
    AVL List GmbH (consortium leader), Institute of Chemical Engineering and Environmental Technology/TU GRAZ
  • Role of SYRION
    Operational project management; communication and dissemination; requirements management and architecture; support for analyses and studies on recyclability; economic evaluation, exploitation possibilities, and recommendations
  • Duration
    2025-2028
  • Project partners
    AVL List GmbH (consortium leader), Institute of Chemical Engineering and Environmental Technology/TU GRAZ
  • Role of SYRION
    Operational project management; communication and dissemination; requirements management and architecture; support for analyses and studies on recyclability; economic evaluation, exploitation possibilities, and recommendations
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trace-wood – Intelligent traceability of wood as the basis for a sustainable circular economy

Investigations and developments regarding the technical and economic feasibility of suitable marking technologies for the reduction of illegal logging and for quality assurance/improvement in the wood industry
  • Duration
    2023-2026
  • Project partners
    Kompetenzzentrum Holz (consortium leader), ags – solutions, FRAISS IT, Holzcluster Steiermark, TEAM 7 Natürlich Wohnen, Forschungsinstitut für Textilchemie und Textilphysik/UIBK
  • Role of SYRION
    Operational project management, system architect, change management, communication and dissemination, requirements architecture, evaluation, advanced development/exploitation strategies and approaches
  • Duration
    2023-2026
  • Project partners
    Kompetenzzentrum Holz (consortium leader), ags – solutions, FRAISS IT, Holzcluster Steiermark, TEAM 7 Natürlich Wohnen, Forschungsinstitut für Textilchemie und Textilphysik/UIBK
  • Role of SYRION
    Operational project management, system architect, change management, communication and dissemination, requirements architecture, evaluation, advanced development/exploitation strategies and approaches
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SafeLIB – Safety Aspects of Lithium-Based Traction Batteries Including the Qualification for Second Life Applications

Systematic investigations and development of methods and tools to increase safety and reliability in the use of Li-ion batteries in mobile and stationary applications (1st- and 2nd-Life)

  • Duration
    2021-2025
  • Project partners

    TU Graz (consortium leader), Audi, Porsche, Mercedes Benz, Wacker Neuson, Fronius, Fill, DYNAmore, AVL, Infineon, JKU Linz, VVR

  • Role of SYRION
    Support of innovation management (incl. exploitation), dissemination management, project management/coordination, business models and 2nd life applications
  • Duration
    2021-2025
  • Project partners

    TU Graz (consortium leader), Audi, Porsche, Mercedes Benz, Wacker Neuson, Fronius, Fill, DYNAmore, AVL, Infineon, JKU Linz, VVR

  • Role of SYRION
    Support of innovation management (incl. exploitation), dissemination management, project management/coordination, business models and 2nd life applications
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ECO-FCEV – Energy & Cost-Efficient Fuel Cell Electric Vehicles

Improve the marketability of FCEVs (passenger cars and light duty vehicles) including their ecological and economic sustainability
  • Duration
    2023-2026
  • Project partners
    AVL List (consortium leader), Institut für Chemische Verfahrenstechnik und Umwelttechnik/TU Graz
  • Role of SYRION
    Project Management, dissemination management, requirements management & monitoring, evaluation plan and test specifications, economic evaluation and development of exploitation scenarios
  • Duration
    2023-2026
  • Project partners
    AVL List (consortium leader), Institut für Chemische Verfahrenstechnik und Umwelttechnik/TU Graz
  • Role of SYRION
    Project Management, dissemination management, requirements management & monitoring, evaluation plan and test specifications, economic evaluation and development of exploitation scenarios
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FC4HD – Heavy-duty fuel cell road demonstrator

Development and demonstration of a worldwide unique, full 40t fuel cell truck (EU tractor unit; 5-LH)
  • Duration
    2021-2023
  • Project partners
    AVL List (consortium leader), MAGNA Energy Storage Systems, DB Schenker, OMV, Hydrogen Europe, HyCentA, TU Vienna, JKU Linz, WIVA P&G
  • Role of SYRION
    Project management, requirements architecture, specification development and monitoring, go-to-market strategy
  • Duration
    2021-2023
  • Project partners
    AVL List (consortium leader), MAGNA Energy Storage Systems, DB Schenker, OMV, Hydrogen Europe, HyCentA, TU Vienna, JKU Linz, WIVA P&G
  • Role of SYRION
    Project management, requirements architecture, specification development and monitoring, go-to-market strategy
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IPCEI – Important Projects of Common European Interest

Large-volume enterprise projects to strengthen strategic European value chains and contribute to growth, employment and competitiveness of European industry and the economy

  • Duration

    Project in the context of “IPCEI Hydrogen” (Phase 2 and Phase 3): 2021
    Project in the context of “IPCEI Life Sciences” (Phase 2): 2021

  • Client

    Austrian company from the hydrogen/electrolysis sector
    Austrian company from the field of life sciences/production

  • Role of SYRION

    Support for Austrian companies in the preparation of applications (e.g. description of future market effects and limitation of distortions of competition and trade; quality assurance of the overall application)

  • Duration

    Project in the context of “IPCEI Hydrogen” (Phase 2 and Phase 3): 2021
    Project in the context of “IPCEI Life Sciences” (Phase 2): 2021

  • Client

    Austrian company from the hydrogen/electrolysis sector
    Austrian company from the field of life sciences/production

  • Role of SYRION

    Support for Austrian companies in the preparation of applications (e.g. description of future market effects and limitation of distortions of competition and trade; quality assurance of the overall application)

Expertise in EU Projects

SYRION and its experts have decades of in-depth experience in funded European RDTI projects (Horizon Europe, H2020, FFP7, FP6) of all sizes, regarding proposal coordination (“from idea to overall concept”), project coordination (“from start to finish”) as well as subject-specific/technical contributions as a project partner.

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Companies, research institutions, clusters & associations

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