Difference between revisions of "Team:Szeged SA RMG"

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           we would like to develope a Methane Biosensor. The sensor itself would be a transformed Bacteria.</p>
 
           we would like to develope a Methane Biosensor. The sensor itself would be a transformed Bacteria.</p>
  
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Our system is quite basic: if there
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      <p class="w3-text-grey">Our system is quite basic: if there
 
           is methane (or any it's aldehyde) in the bacteria's immediate enviroment, the borth of the bacteria is going to manifast a basic color change</p>
 
           is methane (or any it's aldehyde) in the bacteria's immediate enviroment, the borth of the bacteria is going to manifast a basic color change</p>
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    </div>
  
 
       <div>
 
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Revision as of 18:49, 23 October 2017

METHUNGENY 2017

Introduction

Methane is the second most emitted greenhouse gas with its 10% part in the whole greenhouse gas emission. Our product would serve as an alternative to the existing infrared Methane Biosensors mostly in: industrial production (e.g. to help prevent accidents caused by mine explosions); indoor air quality supervision mainly in developing countries where households are heated by biogas plants; the exploration of yet unknown natural methane sources (e.g. in swamps). In our project we would like to develope a Methane Biosensor. The sensor itself would be a transformed Bacteria.

Our system is quite basic: if there is methane (or any it's aldehyde) in the bacteria's immediate enviroment, the borth of the bacteria is going to manifast a basic color change