Catalysts for Oil Refining

Including the application of; Hydrodesulfurization, Sulfur removal, Chloride removal, steam reforming, High-Low Temperature shift, sour gas shift, Methanation, Alkylation of Benzene to Cumene, Nitrogen Removal, Isomerization Recycle, Polymerization of Olefins, Benzene Hydrogenation, Clay Treatment, Dearomatization, Distillate Dewaxing, Silicon Trap, Conversion of Olefins into Diesel, Conversion of Methanol to Gasoline.

Catalyst for Syngas

A. Production of Ammonia and Methanol:

•Catalyst for Syngas
•Production of Ammonia and Methanol:
•Feedstock purification
•Pre-reforming
•Steam reforming
•Secondary or autothermalreforming
•High and low temperature conversion of CO to CO2
•Methanation

•Ammonia Synthesis
•Methanol Synthesis.
•Methanol Reformation

B.Production of SulphuricAcid
C.SulphurRemoval
D.Hydro-sulphurisation
E.H2S Removal
F.COS Hydrolysis
G.CO5 and Arsine Removal
H.Chlorine Removal
I.Fluorine Removal
J.Mercury Removal
K.Silica Removal
L.CO Removal
M.Removal of CO from Hydrogen
N.Ammonia Dissociation
O.Purification of Natural Gas

B. Catalyst for the production of Chemicals
◦Synthesis Gas Production
◦Oxidation and Oxichlorination
◦Dehydrogenation
◦Amination

C. Traps, Guards & Adsorbents
◦Chloride –Reformer off-gas
◦Chloride –Reformate
◦Fluorine –Alkylate
◦Sulfur –Gas Streams
◦Sulfur –Light & Heavy Naphtha
◦Nitrogen –Light & Heavy Naphtha
◦CO5 / Arsine –Gas Streams
◦Arsine –Gas Streams
◦Mercury –Gas Streams
◦Silicon –Naphtha and Middle Distillates

B.Catalysts and Adsorbents for Air and Gas Purification
◦Catalyst for the Oxidation of VOC Emission in industrial sectors
◦Catalysts for exhaust emission for stationary engines and gas tubes
◦Precious metal catalysts for oxidation of halogenated hydrocarbons and ozone conversion.
◦Production of inert-gasses
◦Adsorption of corrosive and toxic gases
◦Iodine adsorption.