Process Principle

After methanol and water are mixed in a certain proportion, they are vaporized and superheated. Then, under specific conditions of temperature, pressure, and flow rate, they undergo methanol reforming reaction and carbon monoxide shift reaction through the action of a catalyst, generating a mixed gas of hydrogen and carbon dioxide.

The methanol steam reforming reaction is a complex gas – solid catalytic reaction system involving multiple components and multiple reactions.

Technical advantages

• It features low hydrogen production cost, low power consumption, small floor area, and convenient operation.
• Designed according to the national standard for hydrogen production stations, the equipment undergoes explosion – proof treatment in multiple places. With mature technology, it operates safely and reliably.
• It is highly automated in operation, ready to use immediately with hydrogen output within seconds.
• The purity, flow rate, and pressure of hydrogen are adjustable. It enables real – time online monitoring, and the operation data supports remote monitoring.
• The exhaust gas is recycled, which is more environmentally friendly and saves energy.