Team:DTU-Denmark

From 2013.igem.org

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Our project simultaneously cleans and reclaims energy from waste water streams by using two ''E. coli'' mutants to turn ammonia into nitrous oxide.
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Intensive farming and industrial processes that produce fertilizer have greatly increased the amount of fixed nitrogen in the environment.  An excess of ammonia in the environment is a common form of pollution, and leads to increased algae growth (eutrophication) that potentially starves other water-borne organisms for oxygen.  
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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 a commercial product or reclaimed and used as a fuel source.   
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[[File:DTU Project sketch v2.png|500px|center]]
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Industrial processes have greatly increased the amount of fixed nitrogen, leading to an excess of ammonia in the environment.
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Ammonia is a common pollutant in agricultural runoff, and excess in the environment leads to increased algae growth (eutrophication) that potentially starves other water-borne organisms for oxygen.  
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Our project reverses nitrogen fixation, and is a means to clean up polluted streams and wastewater.   
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The final product is nitrous oxide, which can be reclaimed and used as a fuel source.   
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In effect, we are turning pollution into energy.
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Revision as of 15:50, 12 August 2013


Intensive farming and industrial processes that produce fertilizer have greatly increased the amount of fixed nitrogen in the environment. An excess of ammonia in the environment is a common form of pollution, and leads to increased algae growth (eutrophication) that potentially 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 a commercial product or reclaimed and used as a fuel source.