Optimal Performance, Long-Lasting Stability - Leading Edge In Hydrodesulfurization Catalysts
Hydrodesulfurization mainly refers to the hydroconversion desulfurization in the refining process, so that the organic sulfides (such as mercaptans, sulfur ethers, phosphorescence, tetrahydrothiophene, disulfides, etc.) in the raw material are hydrogenated and converted into H2S which can be easily removed for further removal and to protect the downstream catalyst from toxicity.

We provide hydrodesulfurization catalysts mainly including cobalt-molybdenum oxide catalyst (Co-Mo) and nickel-molybdenum oxide catalyst (Ni-Mo). With excellent sulfur conversion, selectivity and stability, they can be widely used in petroleum refining and chemical industries.

Features And Benefits:
Highly efficient sulfide removal: the catalyst can effectively convert sulfide into easily removable sulfide.

High selectivity: with good selectivity to avoid unnecessary side reactions.

Long-term stability: the catalyst remains stable and durable under high temperature, high pressure and violent reaction conditions, extending its service life.

Multiple applications: suitable for petroleum refining, chemical and other related industries to ensure product quality and meet environmental protection requirements.

TLT – 930 CoMo Hydrodesulfurization Catalyst

Product Information
The TLT930 CoMo Hydrodesulfurization catalyst is a hydrogenation refining catalyst with the carbonization method γ-Al2O3 as the carrier, molybdenum cobalt as the active component and adding an appropriate amount of accelerator. TLT930 hydrogenation catalyst has strong hydrogenation saturation and conversion capacity for organic sulfide and olefin in feedstock gas. It has a wide range application:

the hydrogenation process of dry coking gas with olefin content less than 6.5% and organic sulfur content less than 200ppm;
the hydrogenation conversion process of raw materials such as petroleum distillate and refinery gas;
the hydrorefining process of ammonia syngas, hydrogen and methanol syngas made from gaseous hydrocarbons.
General Physical Properties Are As Follow:
Appearance: blue gray bar
External dimension, mm: φ2.0 ~ 3.0
MoO3 content (%) : ≥10
CoO content (%) : ≥2.5
Crushing strength, N/cm: ≥120
Pile density (g/ml) : 0.55 ~ 0.65
Specific surface, m 2 /g: ≥200
Pore volume, ml/g: ≥0.35

Packaging, Transportation And Storage
TLT930 hydrogenation catalyst is packed in a cardboard or iron bucket with lid, lined with a plastic bag (or according to The user requires packaging). Catalyst in the process of transportation should pay attention to moisture-proof, avoid rolling, crashing and other violent shock, in the transportation should be rain proof facilities. The catalyst should be stored in a dry and ventilated warehouse to prevent pollution and dampness.

TLT – 920 Hydrogenation Catalyst

TLT – 920 hydrogenation catalyst is a catalytic dry gas hydrorefining catalyst with titanium – aluminum composite carrier, molybdenum – nickel as active component and appropriate additives.

It can be used to solve the technical problems of coking with olefin content up to 20%, olefin conversion of catalytic dry gas and organic sulfur conversion by using isothermal series adiabatic hydrogenation process.

General Physical Properties Are As Follow:
Appearance: pale yellow sphere
External dimension, mm: φ4.0 ~ 6.0
MoO3 content (%) : ≥12
NiO content (%) : ≥2.5
Crushing strength, N/cm: ≥120
Bulk density (g/ml) : 0.60 ~ 0.70
Specific surface, m2/g: ≥150
Pore volume, ml/g: ≥0.35

Packaging, Transportation And Storage
TLT-920 hydrofining catalyst is packed in a cardboard or iron bucket with a lid, lined with a plastic bag (or packed according to user requirements). Catalyst in the transportation should pay attention to moisture-proof, avoid rolling, crash and other violent shock, in the process of transportation should be rainproof facilities. The catalyst should be stored in a dry and ventilated warehouse to prevent pollution and dampness.