Technologies
Plasma and High
Temperature Chemistry
Inorganic 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) Sulfur 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
Destruction of Poly-Phenolic Resins, decoking of solid
grains, etc. o
Disinfection
and de-acidification of papers |
|
|
_________________________________________________________________________________ Contact: echph@wanadoo.fr |
|