Start date
End date
New calculations from DTU indicate that there are both economic and environmental benefits from exploiting straw for biofuel for heavy transport instead of for district...
Catalytic hydro-pyrolysis is a strong candidate for conversion of biomass into liquid fuels for vehicles and airplanes. The technology can be viewed as part of the solution...
Upgrading of biogas into methane mainly implies removal of CO2 from the biogas. A project at DTU Chemical Engineering strives to make use of this CO2.
The properties of oil produced from biological feedstock are very different from fossil-based oils. A consistent effort in the KT Consortium assists in providing the necessary...
Laboratory experiments have shown pretreatment with ammonia able to increase methane production from manure fibres by more than 200 per cent. Pilot Plant tests will take...
A new research project from DTU Chemical Engineering examines structures in water that could lead to a better understanding of phenomena in nature as well as new energy...
A new method makes agricultural manure far more suitable as a raw material for biogas.
The laboratories of National Oilwell Varco subject steel and advanced plastics to mistreatment to ensure that the finished pipes are up to the task of transporting oil...
Dielectric elastomers, also known as artificial muscles, have emerged in recent years and hold great promise as energy generators. Researchers from DTU Chemical Engineering...
Get the latest news from DTU Chemical Engineering.