Industrial Catalys

SAL-111 Methanation Catalyst Basic Chemicals SAL-111 Methanation Catalyst Description Model:SAL-111 Methanation catalyst SAL-111 is mainly suitable for synthesis ammonia or hydrogen producing plant to convert the low concentration of carbon monoxide and carbon dioxide in the hydrogen-enriched feed gas to methane and water. The purpose is to purify the gas. The main reactions are as following: CO + 3H2 → CH4 + H2O + 206.2 KJ/mol CO2 + 4H2 → CH4 + 2H2O + 165 KJ/mol Industrial

Description: High dispersion silicon dioxide products specifically designed for tires can effectively reduce the rolling resistance of tires, improve their wet slip resistance and wear resistance, thereby improving their controllability and service life, reducing fuel consumption, and better meeting the needs of "green tires". Usage: Mainly used for winter tires, sedan tires, all-season tires, high-performance tires, and heavy-duty tires. Standard: HG/T3061-2009. Product

SAL-115 Iron-manganese desulfurizing catalyst Description Model:SAL-115 The Iron-manganese Desulfurizing Catalyst SAL-115 is developed and manufactured by us with the latest scientific and technological breakthroughs. The catalyst owns double-effect function of organic sulfur hydrogenation and desulfurization. By using the catalyst, organic sulfur is converted into inorganic sulfur(H2S) by hydrogenolysis, hydrolysis and pyrolysis processes, and then, H2S and active metal

SAL-119 Nickel-Mo desulfur catalyst Description Model:SAL-119 The Nickel-Molybdenum Hydro-desulfurization Catalyst SAL-119 takes sphere shaped aluminum oxide as carrier and Ni-Mo as its main activity components. It’s usually used for gas / oil desulfurization of ammonia plant or hydrogen generation from refinery, hydrotreating conversion and removal of organic sulfur from coke oven gas. Meanwhile, it hydro treats and saturates olefin in the gas. The main reactions are as

SAL-116 ZnO Desulfurization Catalyst Description Model:SAL-116 ZnO Desulfurization Catalyst SAL-116 is used for removing sulfide of coal, natural gas, coke oven gas, oil field gas, refinery gas, syngas, gas and other gases and liquid hydrocarbons, propylene, naphtha and other liquid materials. It can prevent sulfur poisoning of following section catalysts and improve product quality. The main reactions are as follows: ZnO + H2S → ZnS + H2O +76.62 KJ/mol ZnO + COS → ZnS + CO2

SAL-114 Low-pressure Methanol Synthesis Catalyst Description Model:SAL-114 Low-pressure Methanol Synthesis Catalyst SAL-114 is a kind of Cu-Zn-Al based methanol synthesis catalyst for using coal, oil field gas, refinery gas, coke oven gas, naphtha, natural gas or oil as it’s feedstock. The synthesis plant pressure is 3~8Mpa. The main reactions are as follows: CO + 2H2 → CH3OH + 90.69 KJ/mol CO2 + 3H2 → CH3OH+H2O + 49.53 KJ/mol Physical and Chemical Properties Item Description

SAL-112 High-pressure Methanol Synthesis Catalyst Basic Chemicals SAL-112 High-pressure Methanol Synthesis Catalyst Description Model:SAL-112 The High-pressure Methanol Synthesis Catalyst SAL-112 is a kind of Cu-Zn-Al based methanol synthesis catalyst for using coal, oil field gas, refinery gas, coke oven gas, naphtha, natural gas or oil as it’s feedstock. The synthesis plant pressure is12 ~ 32Mpa. The main reactions are as follows: CO + 2H2→ CH3OH + 90.69 KJ/mol CO2 + 3H2→

SAL-113 Medium-pressure Methanol Synthesis Catalyst SAL-113 Medium-pressure Methanol Synthesis Catalyst Description Model:SAL-113 The Medium-pressure Methanol Synthesis Catalyst SAL-113 is a kind of Cu-Zn-Al based methanol synthesis catalyst for using coal, oil field gas, refinery gas, coke oven gas, naphtha, natural gas or oil as it’s feedstock. The synthesis plant pressure is8 ~ 15Mpa. The catalyst is mainly used for the synthesis of ammonia co-methanol plant. The main

SAL-109 Low Temperature CO Shift Catalyst SAL-109 Low Temperature CO Shift Catalyst Description Model:SAL-109 Low temperature CO shift catalyst SAL-109 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 main reaction is as follows: CO+H2O(g)→ CO2+H2 +41.19 KJ/mol Industrial

SAL-117 Cobalt-Molybdenum Hydrodesulfurization Catalyst Description Model:SAL-117 The Cobalt-Molybdenum Hydrodesulfurizatioin Catalyst SCST-311 is a composite catalyst with the carrier of γ-Al2O3 modified carbonization method and the active components of Co-Mo. This composite catalyst is used as the technology of catalytic cracking gasoline selective hydrodesulfurization with the low loss of gasoline octane value. The main reactions are as follows: RSH + H2 → RH + H2S R1SR2 +

SAL-124 Hydrogenation Protection Catalyst Description Model:SAL-124 The hydrogenaton Protection Catalyst SAL-124 is mainly to protect the hydrogenation catalyst. The organic iron of the material was being hydrogenolysis into iron sulfide which will deposit into the channel. It also has iron removal, capacity iron, capacity scale and suppressing differential pressure functions. Physical and Chemical Properties Item Description Appearance Gray-blue stripes Size, mm Φ3× 5 Radial

13X Molecular Sieve Description Model:13X The 13X Molecular Sieve is a sodium type of aluminosilicate. The pore size of the molecular sieve is 9nm, which could absorb any molecules smaller than the pore size. Industrial Applications The molecular sieve is used for drying and purification system of industrial gas; The molecular sieve usually used as catalyse carrier; The molecular sieve could coadsorb CO2-H2O and H2O-H2S at the air separation plant; The molecular sieve is also

5A Molecular Sieve Catalyst Description Model:5A The 5A Molecular Sieve is an aluminosilicate. It is the calcium and potassium form of the type a crystal structure. The pore size of the molecular sieve is 5nm, which could absorb any molecules smaller than the pore size. Industrial Applications The molecular sieve is suitable for removing H2O, CO2, H2S from the mixture gas (including hydrocarbon); The molecular sieve is suitable for separation of normal or iso chain hydrocarbo

SAL-110 Sulfur-Tolerant Shift Catalyst Description Model: SAL-110 The SAL-110 Spherical Cobalt-Molybdenum Sulfur-Tolerant Shift Catalyst is applicable to large, medium or small-sized synthetic ammonia plants that use coal and oil as raw materials. It can be used in the cuprammonia wash process after high temperature device. And it can also be used in full low temperature shift process replacing the Fe-Cr catalyst. It can replace the Cu-Zn catalyst at low temperature shift

SAL-131 Hydrogenation Protection Catalyst Description Model:SAL-131 The hydrogenaton Protection Catalyst SAL-131 is mainly to protect the hydrogenation catalyst. The organic iron of the material was being hydrogenolysis into iron sulfide which will deposit into the channel. It also has iron removal, capacity iron, capacity scale and suppressing differential pressure functions. Physical and Chemical Properties Item Description Appearance Gray-blue stripes Size, mm Φ3× 5 Radial

SAL-120 Methanol Steam Reforming Catalyst Description Model:SAL-120 Methanol steam reforming catalyst SAL-120 is mainly used in the reforming and cracking reaction between Methanol and steam to convert into H2, CO2 and some CO and CH4, from which we can get needed product—H2.It is used in lots of hydrogen plants in different industries, such as refinery, pharmaceutical and metallurgy. The main reactions are as following: CH3OH+H2O(g)→CO2+3H2 －49.5 KJ/mol CH3OH→CO+2H2 －90.7 KJ

Pre-reforming Catalyst used in hydrogen plant SAL-101 Pre-reforming Catalyst Description Model:SAL-101 Pre-reforming catalyst SCST-111 is mainly to produce methane-rich gas by pre-conversion of naphtha, light oil, liquefied petroleum gas, light hydrocarbon and other hydrocarbon feedstock with steam. It also could produce hydrogen, ammonia synthesis, methanol synthesis and natural gas for household use. The main reactions are as follows: 2CnHm+3nH2O→nCO+nCO2+(3n+m)H2 CO+3H2

Primary Steam-Reforming Catalyst Basic Chemicals used in for methanol synthesis and ammonia plant SAL-103 SAL-103 Primary Steam-Reforming Catalyst Description Model:SAL-103 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

10A Molecular Sieve Description Model:10A The 10A Molecular Sieve is a calcium and sodium type of aluminosilicate. The pore size of the molecular sieve is 8nm, which could absorb any molecules smaller than the pore size. Industrial Applications The molecular sieve is suitable for refining device and paraffin refining device to removing sulfides, nitrides and aromatic hydrocarbons; The molecular sieve is suitable for the air purification system for removing nitrogen oxides and

SAL-133 Hydrogenation Protection Catalyst Description Model:SAL-133 The Hydrogenaton Protection Catalyst SAL-133 is mainly to protect the hydrogenation catalyst, removing metal compounds from the material oil. The catalyst using the teeth stripe owns porosity more than 45%. Industrial Applications The catalyst is suitable for heavy oil, gasoline, diesel and residue hydrogenation device; The catalyst is suitable for gasoline and diesel hydrocracking device. Physical and