Plasma chemistry
Inorganic
o
Ilmenite
(FeTiO3) dissociation and reduction into Titanium Carbide (TiC) and
Iron
o
Processing
of Titanium raw materials and intermediates
o
TiO2
reduction into lower oxides by Hydrogen in an arc and in an induction coupled
reactor
o
Zirconium
Silicate (ZrSiO4) decomposition in an Induction-Coupled reactor
o
ZrO2
reduction into lower oxides by Hydrogen in an arc
o
Processing
of Zirconium and Copper concentrates
o
Preparation
of SiO via reduction of SiO2 by Hydrogen in an Induction-Coupled or
in an arc reactors
o
Nitric
oxides synthesis in an arc and a microwave reactors
o
Reduction
of NOx into elements
o
Processing of concentrated N2O (conversion into NOx or abatement)
o
Dissociation
of CO2 into CO
o
Water
shift reaction (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, C2H4
via Natural Gas pyrolysis,
steam reforming or partial oxidation
o
Upgrading
of Biogas via a partial dry reforming or oxidation.
o
Partial
oxidation of various fossil and renewable liquid fuel into Synthesis Gas (CO +
H2) for Fuel Cell feeding, ,Hydrogen production or classical engines
fueling
o
Volatile Organic Compounds (VOC)
abatement in flue gases of different sources
o
Heavy
hydrocarbons cracking and hydrogenation 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
after-burning
o
Destruction
of Poly-Phenolic Resins