High Temperature CO Conversion Catalyst | High Temperature CO Shift Catalyst

High Temperature CO Shift Catalyst is widely used in ammonia and hydrogen production plant by using natural gas, oil field gas, naphtha and coal as raw material. The CO reacts with water vapor to produce H2 and CO2.

The reaction is summarized as below:

CH4 + H2O ⇌ CO + 3H2

General Introduction

High temperature CO conversion catalyst is used 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 than 3%.

The main reactions are as following:

CO+H₂O_(g)→CO₂+H₂+41.19 KJ/mol

Product Advantages

1) Suitable for low ratio of steam/carbon to achieve energy saving;

2) Strong resistant to water vapor condensation: no effect on the catalyst in case of meeting liquid water in short time;

3) Higher strength and stronger heat resistance than others, especially after catalytic reduction;

4) The activity isγ- Fe₂O₃, which is better than theα-Fe₂O₃ at the crystal form and activity. So the activity and strength is better than other similar goods ;

5)The sulfur content in the catalyst is less than 250 ppm and no need to release sulfur singly. It is accomplished when the catalyst reduction is over;