Industrial Catalys

SAL-129 Gasoline Pre-Hydrogenation Catalyst Description Model:SAL-129 The Gasoline Pre-Hydrogenation Catalyst SAL-129 is development to meet clean fuel process. According to experiments show that the hydrogenation selectivity is 98.7% under the normal operation conditions. At low temperature and high space velocity conditions, the catalyst could effectively reduce the colloid, dienes, metal compounds, oxygenated compounds and nitride of oil. The main reactions are as follows:

SAL-132 Hydrogenation Protection Catalyst Description Model:SAL-132 The hydrogenation Protection Catalyst SAL-132 is mainly to protect the hydrogenation catalyst, removing metal compounds from the material oil. The catalyst using the raschig ring owns porosity more than 50%. Industrial Applications The catalyst is suitable for heavy oil, gasoline, diesel and residue hydroenation device. Physical and Chemical Properties Item Description Appearance Light yellow raschig ring

SAL-130 Hydrogenation Protection Catalyst Description Model:SAL-130 The Hydrogenaton Protection Catalyst SAL-130 is mainly to protect the hydrogenation catalyst, removing silicon from the oil. In order to improve the light oil yield, people always adds some defoamer at the coking device. The silicon of the defoamer will deposit the channel, causing deactivation of catalyst. So the SAL-130 catalyst is significant. Industrial Applications The catalyst is suitable for paraffin

SAL-127 Hydrocracking Catalyst Description Model:SAL-127 In order to improve the hydrocracking catalyst to meet the market demand, our R&D developed SAL-127 type of hydrocracking catalyst. The catalyst has Ni-W-Mo as the active ingredient on the carrier of composited alumina and special molecular sieve. The catalyst possesses the characteristics of excellent desulfurization, dechlorination and hydrogenation. The product has high crushing strength, and can be regenerated. The

SAL-128 Hydrorefining Catalyst Description Model:SAL-128 In order to meet the increasing demands for higher quality oil products, hydrorefining catalyst is being used widely at each trade. We produce the hydrorefining catalyst SAL-128, which prepared by impregnation. The catalyst has Ni-Mo as the active ingredient on the carrier of the modified sulfuric acidγ-Al2O3. It has more II active central positions and higher activity of hydrodesulfurization for DMDBT and other

Dry gas Hydrogen Production Catalyst for methane and heavy hydrocarbons hydrogen plant SAL-105 SAL-105 Dry gas Hydrogen Production Catalyst Description The Dry Gas Hydrogen Production catalyst SAL-105 are used for the top firing reformer, side fired reformer, heat exchanger reformer and other multitubular reformer with catalyze dry gas, coking dry gas, natural gas, coke oven gas, oil field gas, naphtha, LNG and other hydrocarbon gas to produce ammonia, methanol and hydrogen.

SAL-125 Catalyst for Crude Benzene Hydrogenation Description Model:SAL-125 Catalyst for Crude Benzene Hydrogenation SAL-125 is suitable for the removal of organic sulfur by hydrogenation conversion in coking crude benzene, such as thiol, thioether, disulfide and thiophene. The main reactions are as follows: CS2 + 4H2 → CH4 + H2S C4H4S + 4H2 → C4H10 + H2S COS + H2 → CO + H2S CH3SCH3 + 2H2 → 2CH4 + H2S C2H5SH + H2 → C2H6 + H2S Physical and Chemical Properties Item Description

SAL-126 Catalyst for Benzene Hydrogenation Description Model:SAL-126 Catalyst for Benzene Hydrogenation SAL-126 is a new type of hydrogenation conversion catalyst. It is used for the hydrorefining process of benzene, phenol, crude hexane, raffinate oil, lubricating oil, unsaturated aliphatic hydrocarbon and aromatic hydrocarbon. The main reactions are as follows: C6H6 + 3H2 → C6H12 2C6H5OH + 5H2 → 2C6H10OH CnH2n+2-2y + yH2 → CnH2n+2 CnH2n+2-4y + 2yH2 → CnH2n+2 Physical and

Dry gas Hydrogen Production Catalyst Basic Chemicals for methane and heavy hydrocarbons hydrogen plant SAL-106 SAL-106 Dry gas Hydrogen Production Catalyst Description The Dry Gas Hydrogen Production catalyst SAL-106 are used for the top firing reformer, side fired reformer, heat exchanger reformer and other multitubular reformer with catalyze dry gas, coking dry gas, natural gas, coke oven gas, oil field gas, naphtha, LNG and other hydrocarbon gas to produce ammonia,

SAL-122 High Temperature Methanol for Hydrogen Production Catalyst Description Mode: SAL-122 The high temperature methanol for hydrogen production catalyst is mainly used for the reforming and shift reaction of methanol and water at high temperatures over 300°C. The Methanol reacts with water vapor through the catalyst bed to produce H2, CO2, a little of CO and CH4 to get the desired hydrogen. The catalyst is our latest research achievement and applied to the methanol

SAL-123 Ammonia cracking Catalyst Description Model:SAL-123. Ammonia Cracking Catalyst SAL-123. is used to crack liquid ammonia at 780 ~850℃ to get a mixed gas—75%H2, 25%N2; It can also be used to convert coke oven gas into N2, H2 and CO2, thus effectively solving the problem of corrosion of equipment and pollution of coke oven gas if discharged into air. The main reaction is as follows: 2NH3 → 3H2 + N2 －92.4 KJ/mol Industrial Applications The catalyst is suitable for

SAL-121 Methanol cracking for hydrogen production catalyst Description Model:SAL-121 Methanol cracking catalyst SAL-121 is mainly used in the Methanol cracking or adding a little water for methanol cracking to convert into H2, CO2 CO and little CH4 & , from which can get needed product--H2. The main reactions are as following: CH3OH=CO+2H2 +90.7 kJ/mol Industrial Applications Hydrogen, carbon monoxide plant by cracking methanol directly. Physical and Chemical Properties Item

Secondary Steam Reforming Catalyst for the hydrogen plant SAL-107 SAL-107 Secondary Steam Reforming Catalyst Description Model:SAL-107 The secondary steam reforming catalyst SCST-213 is worked on the system of ammonia, hydrogen and methanol using the synthesis gas, such as natural gas and coke furnace gas. The methane and water vapor react with each other to produce the hydrogen, carbon monoxide and carbon dioxide. The main reactions are as following: CH4 + H2O(g)→ CO + 3H2

High Temperature CO Shift Catalyst for methanol synthesis and ammonia plant SAL-108 SAL-108 High Temperature CO Shift Catalyst Description Model:SAL-108 High temperature CO shift catalyst SCST-221 is suitable for the system of ammonia, methanol, hydrogen plant of CO shift reaction, which use different raw materials such as natural gas, coke oven gas, oil field gas, naphtha and so on. The CO reacts with water vapor to produce H2 and CO2. The CO content in the out gas is lower

Primary Steam-Reforming Catalyst used in for methanol synthesis and ammonia plant SAL-102 SAL-102 Primary Steam-Reforming Catalyst Description Model:SAL-102 The primary steam-reforming catalysts SAL-102, SAL-103,SAL-104 are used for the first conversion plant with natural gas or methane-rich gas to produce ammonia, methanol, hydrogen. The principle is that natural gas reacts with steam to produce hydrogen, carbon monoxide, carbon dioxide. They are new type of energy-saving

Primary Steam-Reforming Catalyst used in for methanol synthesis and ammonia plant SAL-104 SAL-104 Primary Steam-Reforming Catalyst Description Model:SAL-104 The primary steam-reforming catalysts SAL-102, SAL-103,SAL-104 are used for the first conversion plant with natural gas or methane-rich gas to produce ammonia, methanol, hydrogen. The principle is that natural gas reacts with steam to produce hydrogen, carbon monoxide, carbon dioxide. They are new type of energy-saving

SAL-118 Iron-Molybdenum Hydrodesulfurization Catalyst Description Model:SAL-118 Iron-Molybdenum Hydrodesulfurization Catalyst SAL-118 is to remove the organic sulfur by converting organic sulfur into inorganic one, so as to achieve the purpose of product purification. It’s a kind of new sulfide removal adsorbent based on Active Iron-Molybdenum oxide as main component. In addition to keeping excellent performance of desulfurization, it has been improved the physical properties