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Lowering CO2 emissions is no longer considered enough to preserve the Earth’s climate. We also need to actively capture CO2.
The interest in Fermentation Based Biomanufacturing is on the rise in chemical, pharmaceutical and biotech industries. A new cross-departmental effort at DTU will deliver...
PET can be degraded by microwaves and chemistry, so the components of the plastic can be recycled into new PET products.
The Novo Nordisk Foundation makes large grant to the development of new biopharmaceutical processes, as well as education and training of students and employees in the...
Lukasz Ruszczynski explains his research on thermodynamic modelling and data evaluation for life science applications.
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.
A free-flowing sensor monitors the processes in large production tanks. The sensor has been developed by Freesense, a small start-up company
DTU start-up utilizes sludge from fish farming and wastewater to produce heat and fertilizer.
The following are merely examples of some of DTU's research in life science.
DTU is creating new study programmes in fermentation-based production with a grant of EUR 25 million (DKK 187 million) from the Novo Nordisk Foundation
Continuous automatic sampling during production aims to keep Danish biotechnology at the forefront. The equipment, and the company behind it, are the result of fruitful...
After 12 years as head of DTU Chemical Engineering’s Pilot Plant facilities, Lars Kiørboe decided to retire. He can look back at an extraordinary development...
Biological material that would otherwise be regarded as waste can be put to far better use. We simply have to decide to do it,” says Lene Lange, DTU’s expert...
Job creation and environmental salvation: The Novel Microbes project is showing a way towards a more sustainable bio-production. The key? Finding new enzymes to improve...
What if an unexploited natural resource, ready to be turned into sustainable fuels, existed inside all plant material? Postdoc Joachim Bachmann Nielsen's research suggests...
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...
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