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Nano science & Nanotechnology:Changing the Chemistry for     Ever
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Chemical Nanotechnology in India: a case study
 
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  Major & critical issues in Chemical sector  What Nanotechnology can do

Chemical vapors

Chemical vapor sensors: nanotechnology enabled sensors can detect even small amounts of chemical vapors. Detecting elements like carbon nanotubes, zinc oxide nano wires or palladium nano particles can be strategically used in nanotechnology-based sensors. This will help us monitoring the quality of air very easily

How to detect low concentrations through strategic applications of nano science

Since the size of the above nano devices is small, even a few gas molecules are sufficient to change the electrical properties of the sensing elements. This allows strategic detection of even very low concentration of chemical vapors. These nano tech enabled sensors can be installed at any establishment to check the level of chemical vapors

Management of hazardous chemicals through nanotechnology applications

Nanotechnology driven innovations will definitely have the potential of reducing risks relating to several hazardous substances and chemical processes. Chemical substitution is a vast area opened by the applications of nano science. An important example is the substitution of anti-fouling nano coatings, used in the ship industry

Major applications of nano science under development  Sensors which use:

‘zinc oxide nano-wire detection elements’ capable of detecting a variety of chemical vapors

‘carbon nanotube detection elements’ capable of detecting a variety of chemical vapors

‘pallidium nanoparticle detection elements’ to mainly detect hydrogen gas

 
What SAiNSCE is doing:
 
What SAiNSCE will do next:
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