How is the MARPOWER consortium driving sustainable innovation in maritime transport?

The MARPOWER project is set to transform maritime transport by developing an advanced, zero-emissions gas turbine energy conversion system (MECS). This system is designed to operate efficiently with sustainable fuels such as green methane, hydrogen, and ammonia, significantly reducing both greenhouse gas emissions and marine pollution.
How is the MARPOWER consortium driving sustainable innovation in maritime transport?
The project is driven by an interdisciplinary consortium comprising eleven European entities from six countries. Each partner brings specialized expertise to ensure the successful development and integration of the MECS:
  • Energy conversion systems: LUT University (Finland) leads the project, focusing on the design and optimization of the overall energy conversion framework, which involves the system design and operational structure that enables the conversion of sustainable fuels into usable energy for maritime applications.
  • Turbomachinery: Politecnico di Milano (Italy) contributes its extensive expertise in turbomachinery design and analysis, crucial for the development of gas turbine components.
  • New fuels and combustion: The German Aerospace Center (DLR) specializes in alternative fuels and combustion technologies, ensuring the system is compatible, reliable, and safe for use with sustainable energy sources.
  • Bearing systems: The Technical University of Denmark (DTU), in close collaboration with LUT University, works on integrating low-friction active magnetic bearings (AMBs) to enhance the efficiency and reliability of the gas turbine system operation onboard ships in various maritime conditions.
  • Gas turbines: Aurelia Turbines (Finland) brings its expertise in gas turbine technology innovation, focusing on the development of a two-shaft gas turbine with a bottoming cycle for enhanced performance.
  • Heat recovery: Alfa Laval (Finland) is responsible for integrating waste heat recovery systems to maximize energy efficiency.
  • Digital Twin technology: The University of Vigo (Spain) is developing a digital twin model of the energy conversion system, enabling simulations and performance validation under various operational conditions.
  • Maritime expertise: Chantiers de l’Atlantique (France), a leading shipyard, and RINA Services (Italy), a maritime classification society, provide expert shipping innovation knowledge and in-depth sector expertise, ensuring the MECS meets regulatory requirements and can be integrated across a variety of ship types.
  • Maritime consultancy: RINA Consulting (Italy) assesses the system’s long-term viability, maintenance needs, costs, and sustainability, identifying and mitigating potential risks associated with the new technology.
  • Communication and dissemination: Zabala Innovation (Spain) leads communication and dissemination efforts, ensuring the project reaches key stakeholders and maximizes its impact.
  Together, these partners are working to design, develop, and validate the MECS, aiming for a highly efficient and flexible energy system that can achieve up to 55% electrical efficiency and 76% overall efficiency. The system’s modular design supports both electrical power generation and Combined Heat and Power (CHP) modes, making it adaptable to a range of maritime applications. By integrating cutting-edge technologies and fostering cross-disciplinary collaboration, the MARPOWER project aims to set new standards for sustainable maritime transport. Its innovations will significantly contribute to global efforts to reduce environmental impacts and promote cleaner oceans.
marpower logo
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.