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 energy-saving primary reforming catalysts.

The main reactions are as follows:

CH₄ + H₂O(g)→ CO + 3H₂ －206.3 KJ/mol

CH₄ + 2H₂O(g)→ CO₂ + 4H₂ －165.3 KJ/mol

CO + H₂O(g)→ CO₂ + H₂ + 41.19 KJ/mol

Industrial Applications

The catalyst is suitable for the system of ammonia, methanol, hydrogen plant using natural gas and coke oven gas;

The catalyst is suitable for the hydrogen plant using catalytic dry gas, coking dry gas;

The catalyst is suitable for methanol synthesis and ammonia plant using oil field gas, refinery gas, naphtha.

Physical and Chemical Properties

Operation Conditions

Inlet temperature of the reformer tube: 350 ~ 650℃

Outlet temperature of the reformer tube: 600 ~ 950℃

Outlet pressure of the reformer tube: ≤ 5.0MPa

Ratio of H2O/C: 2.5 ~ 5.0

Space velocity of the feed gas: ≤ 2300h-1

Product Advantages

Good activity at low temperature: apparent activity and high conversion rate at 400℃;

Strong anti-carbon ability: long time running at low water-carbon ratio;

High strength: reaching the international advanced level after reduction;

Good Anti-toxic performance and thermal stability;

Lower running resistance in the equipments because of the reasonable six-hole cylinder structure.