The world is changing and so are the energy needs of humanity. Fossil fuels aren’t endless and it is clear that a transition to clean sustainable energy has to be made. We believe synthetic biology can be an important catalyst in this process. Specifically, we engineer a Bacillus subtilis biofilm to function as a cation exchange membrane. Such a membrane can be used in Reverse Electrodialysis (RED), a technique to generate energy where salt and fresh water mix, for example where rivers flow into the sea. We call this application of the bacterial biofilm Blue Bio Energy. It is estimated that it can meet 4-7 % of the world energy demand.
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| − | + | <div class="text">The world is changing and so are the energy needs of humanity. Fossil fuels aren’t endless and it is clear that a transition to clean sustainable energy has to be made. We believe synthetic biology can be an important catalyst in this process. Specifically, we engineer a Bacillus subtilis biofilm to function as a cation exchange membrane. Such a membrane can be used in Reverse Electrodialysis (RED), a technique to generate energy where salt and fresh water mix, for example where rivers flow into the sea. We call this application of the bacterial biofilm Blue Bio Energy. It is estimated that it can meet 4-7 % of the world energy demand. </div> | |
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Revision as of 20:33, 18 September 2015
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Carrier on which the biofilm grows
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Biofilm ion selectivity
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Rigidity of the biofilm
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Integrate bacteria into local environment
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Self-sustainability
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And Yes
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