New Research Centre Can Create Breakthroughs in Fossil Fuel Alternatives

Technical University of Denmark (DTU)

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By DTU, August 11, 2016

A grant of DKK 150 million from VILLUM FONDEN will enable a group of the world’s leading researchers to seek new energy, fuel and chemical alternatives to replace oil and coal. The key lies in the optimisation of process catalysts, which will be the focal point of the centre’s research efforts. Ulla Tørnæs, Minister for Higher Education and Science, officially inaugurated the centre today.

Based at DTU, the VILLUM Centre for the Science of Sustainable Fuels and Chemicals is to be headed by Professor Ib Chorkendorff, who has brought together a team of leading international researchers from DTU, Stanford University, the University of Copenhagen, and the University of Southern Denmark who have previously collaborated on energy and fuel research. 

Ulla Tørnæs, Minister for Higher Education and Science officially inaugurated the centre today. 

“The government’s objective is for Denmark to be fossil fuel independent by 2050. Research into new fuel and energy solutions is an important element in achieving the government’s green ambitions. It is crucial that we promote cross-border cooperation—both between public knowledge institutions and private businesses—and between countries. The new centre at DTU is a good example of this and I’m delighted by the substantial grant from Villum Fonden,” says Ulla Tørnæs. 

Market leader in energy 
Given its clear goal of being a leader in energy-related research, knowledge and technological development, DTU warmly welcomes the new research centre.

“DTU is Europe’s leading and the world’s second best technical university in Energy Science and Engineering. This is partly due to our extensive international collaboration, of which the new VILLUM research centre is a good example. The centre’s permanent staff will include both prominent Danish and international researchers, just as a large number of Danish and international experts in the field of energy technology development will undergo further training under the auspices of the centre,” says Anders Bjarklev, DTU’s President.

-Related news: DTU is Europe’s Leading Technical University in the Energy Sector

New workplaces 
Over the next eight years, the centre will employ 75 young PhD students and postdocs who will provide new knowledge and competences—not least to the business sector. 

“I’m also pleased to note that in the past couple of years the basic research in catalysts which will continue at the new centre has provided the basis for a couple spin-out companies from DTU focusing on catalysts—e.g. for diesel engines. Hopefully, the centre will continue to contribute to this form of innovation and lead to new job creation,” concludes Anders Bjarklev. 

Protecting Earth’s climate and the environment
The new research centre has come into being as a result of Villum Fonden’s anniversary grant of DKK 150 million (approx. EUR 20 million) marking the VKR Group’s 75th anniversary and is the foundation’s largest ever research grant. The hope is that the grant will contribute towards the long-term protection of the Earth’s climate and the environment—without the need to make drastic cuts in current energy consumption levels. 

Vision of ground-breaking results
Denmark is a world leader in knowledge and the production of catalysts—and in combination with, among others, Stanford’s strong theoretical environment in the field—the researchers hope to be able to achieve extraordinary results. 

-Related news: World-Class Wind Tunnel for DTU

“My dream is that the work in the new centre will result in a research breakthrough. It would be fantastic if we succeed in developing the technology so we can harvest 20 times as much energy using solar cells in a given area in the form of ethanol, for example, compared with what you can achieve with energy crops. Or to find a replacement for aviation fuel so you can fly without using fossil fuels,” says Professor Ib Chorkendorff. 

He adds, however, that it is impossible to predict the course of future research over the next eight years. “In terms of research, we’re entering virgin territory, so ground-breaking results can come from any number of fields.”

Source: Technical University of Denmark

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