Turning waste into climate-friendly energy
Turning waste into climate-friendly energy
Turning waste into climate-friendly energy
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A clean future<br />
university of copenhagen plays an important role in<br />
solving our environmental challenges through copenhagen<br />
cleantech cluster.<br />
As part of Copenhagen Cleantech Cluster, University of Copenhagen<br />
has its say in how our future is going to look or rather<br />
smell or taste: How are we going to clean our air and our water<br />
in the most clever and most environmentally safe way? Copenhagen<br />
University is about to find out. The gap-funding part of<br />
Copenhagen Cleantech Cluster has 579.000 EUR available for<br />
promising cleantech inventions by researchers at University<br />
of Copenhagen. And new inventions are already well on their<br />
way:<br />
“Copenhagen Cleantech Cluster has every potential of putting<br />
Denmark on the map as a cleantech metropolis,” says Project<br />
Leader Birgitte Neergaard, University of Copenhagen.<br />
University of Copenhagen has a strong<br />
green profile covering both cleantech,<br />
sustainability, <strong>climate</strong> change and<br />
mitigation. The University hosts Sustainability<br />
Science Centre - a cross disciplinary centre<br />
GREEN IS<br />
IN THE AIR<br />
Copying what the atmosphere<br />
does to clean the air<br />
by photochemistry and<br />
downsizing it to be used as<br />
a cheep and environmentally<br />
<strong>friendly</strong> way to solve<br />
indoor air pollution. That<br />
is what Copenhagen University<br />
professor Mathew<br />
S. Johnson has invented<br />
and is now testing under<br />
the name ‘Green Air’ as<br />
part of the Copenhagen<br />
Cleantech Cluster project:<br />
You might say I stole the<br />
idea from nature and made<br />
it faster, says the professor<br />
and explains how the device<br />
purifies the air using<br />
natural chemistry and UV light.<br />
At the moment a device is being tested in full-scale in corporation<br />
with several companies in the windmill and container<br />
industry and the potential is enormous since it will be able to<br />
replace normal, expensive and not so eco-<strong>friendly</strong> heating-,<br />
ventilation and air conditioning systems:<br />
The test results up until now are formidable and the market<br />
is already reaching out for this, so corporation with the industry<br />
will take Green Air to a new level in the coming years.<br />
ITS RAINING<br />
GREEN<br />
FACTS:<br />
Copenhagen Cleantech Cluster is a<br />
eU regional Fund project and one of<br />
the largest global clusters dedicated to<br />
providing necessary business conditions to<br />
aid cleantech research, development and<br />
implementation. University of Copenhagen<br />
is one of eleven partners.<br />
What to do when extending<br />
the sewers is expensive<br />
and in some cities virtually<br />
impossible? When <strong>climate</strong><br />
changes make it rain<br />
too much some places and<br />
some periods and far too little<br />
in other periods and other<br />
parts of the world? Reusing the<br />
rainwater is a well-proven idea, but<br />
Copenhagen University professor<br />
Marina Bergen Jensen is now testing<br />
how to locally drain the storm<br />
water in cities. She has invented<br />
the idea of dual porosity filtration<br />
of storm water runoff from roads,<br />
which means that the storm water<br />
is lead through a multistacked filter,<br />
cleaning the water by every meter<br />
of filtration without blogging the filter and without any use<br />
of <strong>energy</strong> or chemicals:<br />
What we end up with is water so clear and clean, that you<br />
want to drink it, which you can if you boil it. This means that<br />
this system can make an impact on a global market. Both in<br />
terms of <strong>climate</strong> change adaptation. And in terms of providing<br />
water for households.<br />
At the moment the filter is being tested in a part of Copenhagen<br />
in cooperation with The City of Copenhagen.<br />
Nørregade 10, DK-1165<br />
Copenhagen K<br />
+45 35 32 26 26<br />
www.ku.dk