TURBO-REFLEX focused on turbomachinery retrofits for flexible backup power, PUMP-HEAT on power/heat modulation, and IntEnSys4EU on integrated energy systems.
MITSUBISHI POWER EUROPE GMBH
Major gas turbine manufacturer contributing industrial power plant expertise to EU decarbonization, grid flexibility, and synthetic fuel research.
Their core work
Mitsubishi Power Europe is the European arm of one of the world's largest power generation equipment manufacturers, headquartered in Duisburg, Germany. They design, build, and service gas turbines, steam turbines, and combined-cycle power plants (CCGT), with growing involvement in decarbonization technologies. In H2020 projects, they contribute industrial-scale expertise in turbomachinery design, power plant flexibility, and increasingly in converting captured CO2 into synthetic fuels and chemicals. Their role is typically that of an end-use industry partner who brings real power plant operating conditions and hardware requirements into research consortia.
What they specialise in
MefCO2 synthesized methanol from captured CO2, and TAKE-OFF produces synthetic aviation fuel from CO2 and green hydrogen — their largest funded project (EUR 1.05M).
Biofficiency addressed ash-related problems in biomass CHP plants, drawing on their combustion engineering knowledge.
HAoS was a Marie Curie training network on multi-phase spray injection, relevant to fuel injection in turbines.
TURBO-REFLEX and PUMP-HEAT both address making conventional power plants more flexible to support grids with high renewable penetration.
How they've shifted over time
Their early H2020 projects (2014–2016) centered on conventional power generation topics — methanol synthesis from CO2, biomass combustion, spray injection research, and integrated energy systems. From 2017 onward, the focus shifted decisively toward two themes: making existing gas turbine plants more flexible (TURBO-REFLEX, PUMP-HEAT) and producing renewable synthetic fuels from CO2 and hydrogen (TAKE-OFF). This trajectory mirrors the broader power industry pivot from optimizing fossil fuel plants to actively enabling the energy transition.
Mitsubishi Power Europe is pivoting from conventional thermal power toward hydrogen-ready turbines and CO2-to-fuel conversion, making them a strong partner for projects bridging fossil infrastructure with renewable energy carriers.
How they like to work
They exclusively participate as a partner or third party — never as coordinator — which is typical for large industrial companies that contribute hardware expertise and testing infrastructure rather than managing research agendas. With 112 unique partners across 23 countries, they operate in large, diverse consortia rather than tight recurring clusters. This means they are experienced consortium members who can integrate into new teams easily, but project coordinators should expect an industry partner focused on applied contributions rather than project administration.
Extensive pan-European network of 112 unique partners across 23 countries, reflecting participation in large multi-partner consortia. As a Germany-based subsidiary of a global corporation, their collaborative reach spans most of the EU, with no obvious geographic concentration beyond Western Europe.
What sets them apart
Unlike universities or research institutes that bring theoretical models, Mitsubishi Power Europe brings the perspective of a major OEM that actually builds and operates power plants at industrial scale. They can validate research results against real-world turbine conditions, provide access to operational data, and assess commercial viability of new technologies. For any consortium working on power generation decarbonization, they offer a direct pathway from research to deployment in actual power infrastructure.
Highlights from their portfolio
- TAKE-OFFTheir largest H2020 investment (EUR 1.05M) and most recent project, focused on synthetic aviation fuel from CO2 and green hydrogen — signals their strategic direction toward renewable fuels.
- TURBO-REFLEXDirectly targets their core business — retrofitting existing gas turbines for flexible operation to support renewable energy integration into European grids.
- MefCO2Early and substantial investment (EUR 1.02M) in CO2-to-methanol conversion, showing long-standing commitment to carbon capture utilization well before it became mainstream.