Industry & Applications

Synthesis Gas
Ammonia
Feed Purification
Reforming
Shift Reactions
Methanation
Ammonia Synthesis
Methanol
Refinery
FCC Additives
Middle Distillate Upgrading
Aromatic Saturation
Clay Treatment of Refinery Products
Dewaxing of Diesel and Kerosene
Fuels Production
Conversion of Olefins to Diesel and Gasoline (COD)
Conversion of Paraffins to Aromatics (CPA)
Conversion of Methanol to Gasoline (CMG)
Hydrogen Production in Refineries
Isomerisation
C4 Selective Hydroisomerization
C5 / C6 Isomerization
Lubes and Waxes
Dewaxing of Lube Oil
Hydrotreating and Hydrofinishing
Lube Oil and Wax Bleaching
Hydrogenation of Olefins
Diesel Hydrotreating
Production of Polygasoline and Higher Olefins
Butylene Dimerization
Purification of FCC Off-gases
Sulfur Recovery Units
Traps & Guards
Petrochemicals
Selective Hydrogenation for Steam Crackers – OleMax ®
Hydrogenation of Pyrolysis Gasoline
Purification of Polymer feedstock (ethylene/propylene) - PolyMax®
Production of Terephthalic Acid (PTA) – H2Max®
Alkanes Dehydrogenation and Dealkylation – CATOFIN®
Aromatics and Derivatives
Conversion of Methanol to Propylene – MTPROP®
Ethylene Dichloride (EDC) – OxyMax ®
FCC Off-Gas Treatment
Polypropylene Production – C-Max®
Styrene Production – StyroMax®
Sulfuric Acid
Sulfuric Acid
Air purification
Engines Exhaust Gas Treatment
Industrial Exhaust Gas Treatment
DRI
Zeolites & Adsorbents
Custom Catalysts

Methanation

The Catalysts business supplies different types of methanation catalysts, depending on the severity and product purity requirements of the application.

METH 134, METH 135 & METH 150


METH 134 consists of alumina supported NiO.  METH 135 is high Nickel catalyst for obtaining high purity and low temperature operations.

METH 135 is a catalyst with a higher Ni-content which provide a higher low-temperature activity and is suitable for higher space velocities.

METH 150 is used for extremely low temperature applications (T < 170° C), a ruthenium-based catalyst on an alumina support.