Plasma and High Temperature Chemistry



o       Reduction of NOx into elements

o       Processing of concentrated N2O (conversion into NOx or abatement)

o       Dissociation of CO2 or its upgrading into Hydrogen

o       Water shift (CO conversion into Hydrogen)



o       Destruction of diluted H2S or mercaptans

o       Upgrading of concentrated H2S into Hydrogen

o        Reduction of SOx into elements


Organic, Natural Gas or Petroleum

o       Production of H2, CO, C2H2, and C2H4 via Natural Gas pyrolysis, steam reforming or partial oxidation

o       Direct upgrading of biogas or other CH4 + CO2 mixtures

o       Conversion of rapeseed oil (canola) into synthesis gas

o       Partial oxidation (POX) of various conventional and non-conventional liquids into Synthesis Gas (CO + H2) for direct Fuel Cell feeding or other applications like Gas-to-Liquids (GTL), metallurgy, etc.

o       Abatement of Volatile Organic Compounds (VOC) in flue gases of different sources

o       Heavy hydrocarbons conversion into lighter fractions

o       Conversion of Hydrocarbons in liquid phase

o       Degreasing of metals

o       Chloro- and/or Fluoro-organics destruction and/or upgrading

o       Activation of wool

o       Processing or cleaning of aqueous liquids containing organic compounds

o       Soot and PAH after-burning

o       Destruction of Poly-Phenolic Resins, decoking of solid grains, etc.

o       Disinfection and de-acidification of papers



Contact: echph@wanadoo.fr