Team:DTU-Denmark

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(Requiem for a Stream)
(Requiem for a Stream)
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Our project removes ammonia from waste water, and via two ''E. coli'' mutants turns it into nitrous oxide.
Our project removes ammonia from waste water, and via two ''E. coli'' mutants turns it into nitrous oxide.
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Ammonia is a common pollutant in agricultural runoff, and excess ammonia in the environment leads to increased algae growth and eutrophication, which starves other water-borne organisms for oxygen. Our project reverses nitrogen fixation, and is a means to clean up polluted streams and wastewater.  The final product is nitrous oxide, which can be sold as an industrial product or reclaimed and used as a source of small scale sustainable energy.
 
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[[File:Dtu overview.png|300px|center]]
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Ammonia is a common pollutant in agricultural runoff, and excess ammonia in the environment leads to increased algae growth and eutrophication, which starves other water-borne organisms for oxygen. Our project reverses nitrogen fixation, and is a means to clean up polluted streams and wastewater.  The final product is nitrous oxide, which can be sold as an industrial product or reclaimed and used as a source of small scale sustainable energy.
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[[File:Dtu overview.png|500px|center]]
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For more information on the mutants, please see [[Team:DTU-Denmark/Project| project details]].
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Revision as of 11:41, 29 September 2013

Requiem for a Stream

Our project removes ammonia from waste water, and via two E. coli mutants turns it into nitrous oxide.


Dtu overview.png

Ammonia is a common pollutant in agricultural runoff, and excess ammonia in the environment leads to increased algae growth and eutrophication, which starves other water-borne organisms for oxygen. Our project reverses nitrogen fixation, and is a means to clean up polluted streams and wastewater. The final product is nitrous oxide, which can be sold as an industrial product or reclaimed and used as a source of small scale sustainable energy.

For more information on the mutants, please see project details.