A999 Co-Mo hydro-desulfurization catalyst is a kind of newly modified hydrodesulfurization catalyst with γ-alumina as the carrier and co&mo as its active components. The catalyst has the characteristics of small bulk density but larger specific tolerance and surface area. The catalyst can be used in the hydrofining process to prepare ammonia synthetic gases, hydrogen and methanol synthetic gases from gaseous hydrocarbons, The catalyst can also be used in the hydrofining process of light naphtha hydrodesulfurization and the reforming feedstock of the refineries.

A-999 is a special hydrogenation catalyst for tail gas sulfur recovery, newly developed by Research Institute of Qilu Branch Co., SINOPED. This kind of catalyst uses modified active Al2O3 as carrier and possesses the advantages of well-distributed active components, rational pore distribution and low bulk density and so on. Owing to the low bulk density compared to the similar domestic catalyst, the loading amount can be reduced by 1/3 in the same unit; therefore large amount of investment can be saved.

A999 catalyst for sulfur recovery adopting package of paperboard drum, inner lined with plastic film bag. Net weight is 40 kg/drum. Pay attention to moisture proof in storage, and ensure catalyst not contacting with other chemicals. Be careful when loading and unloading and transportation avoiding product from being broken. The quality won't be affected for 3-5 years if properly sealed and stored.

Main technical indexes of A-999 Co Mo hydro-desulfurization catalyst

1.High activity with CoO-MoO3-auxiliaries ternary system;

2.Low working temperature can be independently applied to high olefin raw materials in adiabatic reactor;

3.Higher strength,uneasy to powdering, strong resistance to high pressure and high airspeed;

4. Good activity, stability, and strength;

5. Large specific surface area, uniform distribution of active components, good stability and high conversion rate;

Co Mo hydro-desulfurization catalyst(CoMo Catalyst) is suitable for fine desulfurization of various hydrocarbons and gases in fertilizer plants, methanol plants, refinery hydrogen production units, and ammonia desulfurization units that use natural gas, oil field gas, refinery gas and light oil as raw materials. and other raw materials to remove organic sulfur.

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