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Solar and wind energy are difficult to store, but the liquid chemical methanol can be the key to being able to store up to 50 times as much energy in one place.
Improving the sustainability of coatings able to dampen the destructive consequences of a fire is an example of the highly interdisciplinary coatings research at DTU Chemical...
Lukasz Ruszczynski explains his research on thermodynamic modelling and data evaluation for life science applications.
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...
Researchers at the Process and Systems Engineering Centre (PROSYS) at DTU Chemical Engineering are changing the mindset in the biomass, food, and bio-manufacturing industries...
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...
Two DTU researchers have received the prestigious ERC Advanced Grants from the European Research Council.
Professor Georgios Kontogeorgis from DTU Chemical Engineering receives the ERC Advanced Grant 2018 from the European Research Council (ERC).
Company to supply catalytic converters for reducing car pollution. Research collaboration is part of the equation.
A new method makes agricultural manure far more suitable as a raw material for biogas.
A free-flowing sensor monitors the processes in large production tanks. The sensor has been developed by Freesense, a small start-up company
The following are merely examples of some of DTU's research in life science.
A fruitful collaboration bridging DTU Chemistry and DTU Chemical Engineering and combining theory and experiments has resulted in a front page article in an important catalysis...
DTU has signed an official collaboration agreement with Åbo Academy and NTNU in order to strengthen the Nordic scientific research profile internationally.
Attempting to kill antibiotic-resistant bacteria with resonant electromagnetic fields is no easy task and has never been done before. But with the DireWaves project Nikolaj...
How do we best utilize the diverse structures of cellulose most efficiently and sustainably? Yanrong Liu’s work on predictive screening of ionic liquids for dissolving...
New research at DTU Chemical Engineering is paving the way for cheaper sustainable fuels in the transportation sector based on 2nd generation biomass.
Anne Ladegaard Skov from the Danish Polymer Centre is elected as the new President of the trans-European Electromechanically Active Polymers society EuroEAP.
The Danish Coucil for Independent Research has decided to issue funding for four research projects from DTU Chemical Engineering. Read about all of them here.
Get the latest news from DTU Chemical Engineering.