Biotech breakthrough: Sunlight can be used to produce chemicals and energy
http://www.science.ku.dk/english/press/news/2016/biotech-breakthrough-sunlight-can-be-used-to-produce-chemicals-and-energy/[font face=Serif]04 April 2016
[font size=5]Biotech breakthrough: Sunlight can be used to produce chemicals and energy [/font]
[font size=4]Reverse photosynthesis Researchers at the University of Copenhagen have discovered a natural process they describe as reverse photosynthesis. In the process, the energy in solar rays breaks down, rather than builds plant material, as is the case with photosynthesis. The sunlight is collected by chlorophyll, the same molecule as used in photosynthesis. Combined with a specific enzyme the energy of sunlight now breaks down plant biomass, with possible uses as chemicals, biofuels or other products, that might otherwise take a long time to produce. By increasing production speed while reducing pollution, the discovery has the potential to revolutionize industrial production. The research results have now been published in Nature Communications.[/font]
[font size=3]The petrochemical industry is indispensible for the functioning of society. However, it remains problematic for both environment and climate. Danish researchers based at the University of Copenhagen have now made a breakthrough with the potential to transform the way we use our Earth's natural resources:
This is a game changer, one that could transform the industrial production of fuels and chemicals, thus serving to reduce pollution significantly," says University of Copenhagen Professor Claus Felby, who heads the research.
"It has always been right beneath our noses, and yet no one has ever taken note: photosynthesis by way of the sun doesnt just allow things to grow, the same principles can be applied to break plant matter down, allowing the release of chemical substances. In other words, direct sunlight drives chemical processes. The immense energy in solar light can be used so that processes can take place without additional energy inputs, says Professor Claus Felby.
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