DTU CHEMICAL ENGINEERING Department of Chemical and Biochemical Engineering
BioCon
Søltofts Plads
Building 227, room 220
2800 Kgs. Lyngby
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Instead of burning biowaste, we should let microorganisms turn waste into CO2-neutral fuel, chemicals, and proteins.
A new biological method using bacteria to increase the proportion of methane in biogas is now ready to be tested at Lemvig Biogas.
A new project will develop technology for extracting protein from organic waste, which can subsequently be used as a protein supplement for humans or in animal feed.
DTU will be contributing to the development of a more profitable way of producing biogas, opening up for the production of biofuels for trucks and planes.
Jie Deng supervised by Henrik Rasmus Andersen, Barth F. Smets & Elena Torresi and Arnaud Jéglot supervised by Irini Angelidaki, Ioannis Fotidis, Miao Yan & Hailin Tian
Professor Irini Angelidaki receives the prestigious Grundfos Prize for 2017 for her many years of research into using microorganisms for energy and other products.
DTU researchers have developed a new method for treating water that will result in significant cost reductions for, for example, pharmaceutical companies, swimming baths and others who need to remove toxic substances from water.
Japan-Denmark Workshop on Biomass research March the 8th – 9th 2017 At Technical University of Denmark, 2800 Kgs. Lyngby, Denmark
In this video Postdoc Yifeng Zhang presents the ongoing research on microbial electrochemistry at DTU Environment.