Team:INSA-Lyon/Purpose

From 2014.igem.org

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<div align = "justify"><p><b>So how can our filter be used ?</b></br></br>
<div align = "justify"><p><b>So how can our filter be used ?</b></br></br>
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<p>First of all our project tackles environmental concerns, making possible to depollute water, for which no technical solution have been found yet.</p></div></br>
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<div align = "justify"><p>Two main fields are especially targeted : </p></br>
<div align = "justify"><p>Two main fields are especially targeted : </p></br>
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<li><p>The metalworking and chemical industries which throw back into water metals so that waste water contains 10 to 100 times more nickel than river water. Despite those effluents being transferred to water treatment plants and transformed into sewage sludge, the most of the metals particles are not eliminated. Considering that the sludge is then used for agriculture and farming, such pollution leads to risks of food contamination.
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<li><p>The metalworking and chemical industries release waste water that contains 10 to 100 times more nickel than river water. Despite those effluents being transferred to water treatment plants and transformed into sewage sludge, most of the metals particles are not eliminated. Considering that the sludge is then used for agriculture and farming, such pollution leads to risks of food contamination.
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Following this ideal, we visited water treatment and water purification plants to think about the possibility of using our system for depolluting water from the environment. It appeared that, despite heavy metals were more and more considering as environmental issues, no technique was developed to decontaminate water in case of pollution by heavy metals. Water plants often control heavy metal concentrations, however they are only able to stop pumping water when the rates are too high. However, they set out the argument that heavy metals pollution come mainly from the degradation of private pipes (in opposition to public pipes for which water plants are responsible), that are commonly made out of zinc or lead. That leads us to the second target...</p></br>  
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Following this idea, we visited water treatment and water purification plants to consider the possibility of using our system for depolluting water from the environment. It appeared that, despite heavy metals being considered as environmental issues, no technique was developed to decontaminate water from them. Water plants often monitor heavy metal concentrations, but the only thing they can do is to stop pumping water when the rates are too high. However, they set out the argument that heavy metal pollution comes mainly from the degradation of residential water pipes (as opposed to public water pipes), that are commonly made out of zinc or lead. </p></br>  
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<li><p>The household who drinks water that is potentially contaminated with heavy metals from pipes : to give an example, nowadays the cost to replace all lead canalizations in France is estimated to be 15 billion euros, which isn’t affordable for the owners. The idea we came up with was to screw our filter directly to the tap of private individuals.</br> </br> </p> </div>
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<li><p>That leads us to our second target...The household who drinks the potentially contaminated water. Nowadays, the cost to replace all lead canalizations in France is estimated to be 15 billion euros, which isn’t affordable for the owners. The idea we came up with was to screw our filter directly to the tap in residential areas.</br> </br> </p> </div>
<div align = "justify"><p>Secondly, our filter can improve medical techniques such as dialysis. Indeed the water used often contains nickel due to the stainless steel tube in which it is carried. The risk is then to transfer the metal particles into the blood of patients.</p></br>  
<div align = "justify"><p>Secondly, our filter can improve medical techniques such as dialysis. Indeed the water used often contains nickel due to the stainless steel tube in which it is carried. The risk is then to transfer the metal particles into the blood of patients.</p></br>  

Revision as of 23:28, 17 October 2014

Curly'on - IGEM 2014 INSA-LYON

Our human practices include an original approach of social sciences and design.

  • Heavy metals, environmental and health issues


  • CurLy'on in 2030?


  • Prototype