Mr Kane Duffy

Researcher, 

United Kingdom

Languages
English
Countries
United Kingdom

Research Focus

Using a electro-magnetic field similar to High Intensity Discharge Plasma Bulbs that’s in the outflow of exhaust gases from the diesel engine the theory and latest papers indicate a reduction in NOX Particles and Soot Matter 2.5ppm.
This technology should reduce the amount of precious metals required for catalytic reactions an in turn reducing the amount needed globally.

I’d like to learn,test and develop a high intensity discharge plasma that would be useful for the decomposition of heavy particulate matter from the burning of fossil fuels.
This will reduce the amount of precious metals needed for catalytic decomposition.
Also with use of synthetic exciting fluids this being adblue or another fluid there should a huge reduction of NOX.
There is work on plasma and x-ray ignition systems for petrol internal combusion be great could move this over to the exhaust side and destroy them harmful emmissions before they enter our delicate and precious atmosphere.

Projects

  • Neural networks for high speed vehicle CANBUS AND SRS SYSTEMS.ATER TREATMENT OF EXHAUST EMMISSIONS
  • Low Temperature Heavy Particulate Matter Decomposition.

Positions

  • Researcher

Global goals

Target 7.1
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Target 9.1
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Target 9.C
Target 11.1
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Target 11.A
Target 11.B
Target 11.C

Countries

  • United Kingdom