CM4072 Low Temperature Methanol Catalyst for Hydrogen Production

Catalog No.	CM4072
Size	Φ3.0-4.0
Appearance	Gray black ball
Bulk Density	0.80±0.05 kg/L
Compressive Strength	≥140.0

Methanol Cracking Catalyst is mainly used for hydrogen production in low-temperature methanol hydrogen production equipment. Stanford Advanced Materials (SAM) has rich experience in manufacturing and supplying high-quality Catalysts.

INQUIRY

Low Temperature Methanol Catalyst for Hydrogen Production

Description

Specification

Low Temperature Methanol Catalyst for Hydrogen Production Description

After the methanol prepared according to a certain proportion is mixed with water, it is vaporized and superheated, and then passes through a catalyst under certain temperature, pressure, and flow conditions to generate a methanol-reforming reaction and carbon monoxide shift reaction, finally generating a mixture of hydrogen and carbon dioxide.

It is mainly used for hydrogen production in low-temperature methanol hydrogen production equipment.

Low Temperature Methanol Catalyst for Hydrogen Production Specifications

Main Physical Properties
Size	Φ3.0-4.0
Appearance	Gray black ball
Reaction Conditions
Bulk density (kg/L)	0.80±0.05
Compressive strength	≥140.0

Low Temperature Methanol Catalyst for Hydrogen Production Applications

It is mainly used for hydrogen production in low-temperature methanol hydrogen production equipment, and the produced hydrogen is used as the raw material of proton membrane fuel cell (PEMFC) to generate electricity. When used in conjunction with fuel cells, it can be used in applications requiring high energy density such as drones, automobiles, and submarines.

Low Temperature Methanol Catalyst for Hydrogen Production Packaging

Our Low Temperature Methanol Catalyst for Hydrogen Production is carefully handled during storage and transportation to preserve the quality of our product in its original condition.