Total Hydrogenation Catalysts

LD 465 X is a very active palladium on alumina catalyst specially designed for hydrogenation of pyrolysis gasoline cuts.

LD 465 X is the improved version of the industrially well-known LD 465. Its very open pore structure crossed with a fine distribution of palladium maximizes the accessibility of active palladium allowing to minimize the palladium inventory while reaching same LD 465 catalyst activity.

LD 465 X is also suitable for total hydrogenation of light cuts, such as C₃, C₄, C₅ or mixture thereof.

LD 585 is an ultra high active palladium on alumina catalyst initially designed for hydrogenation of pyrolysis gasoline cuts containing high amount of CS2. Its very open pore structure under extrudate shape combined with a fine distribution of Palladium maximizes the accessibility of active palladium and thus increase significantly the catalyst activity.

LD 585 is also suitable for total hydrogenation of light cuts such as C₄, C₅ or mixture thereof with high amount of sulphur components.

AX 746 is a nickel catalyst, recommended for the hydrogenation of hydrocarbon cuts to lower the aromatic content or to saturate olefins and diolefins. It is selected for its high activity when the feed contains a few ppm of sulfur or other contaminants.

LD 746 is a nickel catalyst, recommended for the hydrogenation of hydrocarbon cuts to lower the aromatic content or to saturate olefins and diolefins. It is selected for its high resistance to poisons when the feed contains high amount of sulfur or other contaminants.

LD 265 is a palladium on alumina catalyst used in various selective hydrogenations and can be also used for olefin total hydrogenation.

LD 465 and LD 485 are a very active palladium on alumina catalysts initially designed for hydrogenation of pyrolysis gasoline cuts. Their very open pore structure maximizes the efficiency of active palladium. LD 465 and LD 485 are also suitable for total hydrogenation of light cuts, such as C₃, C₄, C₅ or mixture thereof.