Start date
End date
Using pyrolysis, straw and liquid manure can be heated to very high temperatures and become biocoal and gas. The biocoal can be spread on fields and be stored for hundreds...
A new Innovation Fund Denmark project will develop technology that reduces CO2 emissions from cement factories and delivers fuel with a low CO2 footprint.
We have lost a great and inspiring chemical engineer, and a good friend.
An international collaboration between nine universities across Europe and in Sri Lanka seeks to contribute to waste management education in Sri Lanka.
More than 100 different companies, cluster organizations, and knowledge institutions have joined forces to outline a path for the development of the green fuels of tomorrow...
In a new Horizon 2020 project, DTU will lead demonstration projects involving new electricity-based technologies for carbon capture, use and storage.
Immerse yourself in the many exciting PhD projects going on at DTU Chemical Engineering in our annual Graduate School Yearbook.
A new ERC project aims to improve our understanding of enzyme stability and broaden the field of potential applications for biocatalysis.
Chemical production and energy supply are still heavily dependent on fossil raw materials. However, bio-based production systems are now paving the way for a potential...
Environmentally and climate-friendly solutions from Danish ships sailing in foreign waters can contribute to the green transition of Denmark. But it requires cross-sectoral...
Get the latest news from DTU Chemical Engineering.