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Optimizing Hybrid Propulsion Through Thermal Innovation: WP5’s Role in the Flex-CPT Clean Energy Transition

        In Flexible Clean Propulsion Technologies (Flex-CPT), Work Package 5 (WP5) focuses on optimizing thermal…

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Flex-CPT Consortium Gathers at Aalto for 1st Review Meeting: Technical Progress and Industry Dialogue in Focus

The Flexible Clean Propulsion Technologies (Flex-CPT) project held its 1st Review Meeting at Aalto University’s campus, bringing together…

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How Do Renewable Fuels Behave Inside an Engine? Iida Sieranen’s Thesis Supports Clean Propulsion Goals through Fuel-induced corrosion Research

“Fuel-induced corrosion: Analysis of temperature effect on carbon steel immersed in various fuels,” contributes to the broader aims of WP3, which focuses on evaluating the feasibility and material compatibility of carbon-neutral fuels in marine and non-road applications.
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Get to Know WP0 “The Backbone of Flex-CPT Collaboration”

The Flex-CPT consortium is built on close collaboration between Project Leader Professor Maciej Mikulski and Project Manager Merja Kangasjärvi, whose combined leadership ensures both scientific direction and operational efficiency.
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Get to know WP2 “Multi-fuel Combustion – High Speed”

WP2 investigates the possibilities of implementing relevant low-carbon or carbon-neutral multifuel solutions in high-speed off-road engines, with the…

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Marine Professional magazine: Academics unite with industry for flexible fuel solutions

We’re thrilled to share that Marine Professional magazine has featured our work in their website! Their news article…

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Get to know WP3 “Regulations and Feasibility of Multi-fuel Combinations”

Decarbonizing the marine and off-road sectors requires embracing all new zero-carbon fuel options like hydrogen and ammonia, alongside…

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The first Flex-CPT project-related Master’s thesis examines emissions from diesel engines

The first Flex-CPT project-related Master’s thesis by Anni-Rosa Apilainen examines emissions from diesel engines. The primary goal of…

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The project collaborates with Wuhan University of Technology

The project collaborates with Wuhan University of Technology to study ignition properties and reaction kinetics of methanol-hydrotreated vegetable…

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