Difference between revisions of "Team:Reading/FuelCell"

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<li>Facilitate greater voltage output from the bacteria.</li>
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<li>Facilitate greater voltage output from the bacteria</li>
 
<li>Be simple and easy to set up and maintain</li>
 
<li>Be simple and easy to set up and maintain</li>
<li>Be cheap to manufacture and easily affordable to the poorest of communities.</li>
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<li>Be cheap to manufacture and require little expertise</li>
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<li>Be easily affordable to the poorest of communities</li>
 
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<hr/>
 
<hr/>
 
<title2>Background</title2>
 
<title2>Background</title2>

Revision as of 09:41, 10 September 2015

Fuel Cell

A major aspect of our project is of course the design and production of the fuel cell itself. We set out to design our fuel cell with three important properties in mind; efficiency, complexity, and cost.
We designed our fuel cells design to:

  • Facilitate greater voltage output from the bacteria
  • Be simple and easy to set up and maintain
  • Be cheap to manufacture and require little expertise
  • Be easily affordable to the poorest of communities


Background

General Fuel cell theory, MFC, BPV, etc

Design

Design of our fuel cell

Our Fuel Cell

final product, outputs, etc


Large scale application of our design


References

Reading University's iGEM team 2015 is sponsored by