Publikasjoner
- Transition scenarios for conversion to net-carbon-neutral fishing vessels
- Smartere Transport – Møre og Romsdal L2.3 – Framdrifts- og energisystem for autonome passasjerskip
- Meeting future emission regulation at sea by combining low-pressure EGR and sea water scrubbing
- Methane slip from gas fuelled ships: a comprehensive summary based on measurement data Les publikasjonen
- Control of the combustion process and emission formation in marine gas engines Les publikasjonen
- Teknologi i transportsystemer for gods Les publikasjonen
- Low emission LNG fuelled ships for environmental friendly operations in arctic areas
- LNG-Fuelled Engines and Fuel Systems for Medium Speed Engines in Maritime Applications
- Reduserte klimagassutslipp 2050. Teknologiske kilder. Innspill til Lavutslippsutvalget Les publikasjonen
Annen formidling
- The process of achieving decarbonization in the maritime industry relies on tackling complex issues related to ship design. Designers require tools that can integrate the processes of providing relevant operational profile, configuring a target design, evaluating the design and exploring possibilities. Design Lab framework innovatively addresses this need by creating realistic operational profiles, simulating vessel performance and machinery systems, and providing comprehensive system evaluation
- Methane Slip Summarized: Lab vs. Field Data
- Methane slip from gas engines
- Low emission LNG fuelled ships for environmental friendly operations in arctic areas
- LNG Fuel Infrastructure for Low Emission Ships Operating on Natural Gas
- LNG-Fuelled Engines and Fuel Systems for Medium- Speed Engines in Maritime Applications
- Avgassutslipp fra skip
- Vätgas och bränsleceller för fartyg: FCSHIP - ett project i EUs 5th ramprogram och norska bränslecellestudier för färjor
- Naturgass eller dieselbusser med avgassrensing - et miljøvalg