In this follow-up story, the University of Vaasa’s research exchange with Wuhan University of Technology comes into sharper…
The cruise industry is on the brink of major change. As international pressure mounts to cut greenhouse gas…
Reducing emissions from combustion engines remains one of the major engineering challenges of our time. While fully electric…
Åbo Akademi University strengthens its role in sustainable technology development with a new thesis that advances experimental design…
In Flexible Clean Propulsion Technologies (Flex-CPT), Work Package 5 (WP5) focuses on optimizing thermal…
The Flexible Clean Propulsion Technologies (Flex-CPT) project held its 1st Review Meeting at Aalto University’s campus, bringing together…
WP2 investigates the possibilities of implementing relevant low-carbon or carbon-neutral multifuel solutions in high-speed off-road engines, with the…
We’re thrilled to share that Marine Professional magazine has featured our work in their website! Their news article…
Decarbonizing the marine and off-road sectors requires embracing all new zero-carbon fuel options like hydrogen and ammonia, alongside…
The first Flex-CPT project-related Master’s thesis by Anni-Rosa Apilainen examines emissions from diesel engines. The primary goal of…
The project collaborates with Wuhan University of Technology to study ignition properties and reaction kinetics of methanol-hydrotreated vegetable…
In November, we had the fantastic opportunity to present our Flex-CPT project at the Zero Emission Marine programme’s…
We successfully launched our project with a kick-off event on 5–6 November 2024 that brought together all the…
Towards zero-emissions by fuel-flexible technologies – We are excited to introduce the Flexible Clean Propulsion Technologies project. We…