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 hydrogen production process of methanol fuel cell system, methanol combustion boiler, and methanol hydrogen production system.

The main reactions are as following:

CH₃OH+H₂O=CO₂+3H₂ +49.5 kJ/mol

CH₃OH=CO+2H₂ +90.7 kJ/mol

CO+H₂O=CO₂+H₂ +41.19kJ/mol

2CH₃OH =CH₃OCH₃+H₂O -24.9 kJ/mol

CO+3H₂=CH₄+H₂O -206.3 kJ/mol

Industrial Applications

Hydrogen, carbon monoxide plant by methanol.

Physical and Chemical Properties

Operation Conditions

Space velocity of the feed gas: ≤ 3.0h-1

Pressure: ≤3MPa

Temperature: 300~600℃(the temperature is depend on the pressure)

Sulfur Content: ≤0.1mg/L

Chlorine Content: ≤0.1mg/L

Product Advantages

The single conversion rate is high and the methanol conversion rate is above 90%;

Less methane and carbon monoxide in the outlet gas;

High strength, good water resistance, low running resistance;

It can be used directly after heating up to the using temperature.