GHT developed new steam reformer to convert methanol/water into hydrogen syn-gas of 74％H2, 1.5%CO, other CO2 and water; this reformer is made of Al-alloy material and heated up with a proprietary oxidation catalyst of PBN to 270oC for the steam reforming reaction.
Methanol reforming to hydrogen has the advantages of low investment, no pollution and moderate production cost. It is the best technology choice for users who have no reliable source of hydrogen production raw materials and have strong market competitiveness.
The hydrogen syn-gas can be used for clean heating or for hydrogen enhanced combustion or HTFC with the lowest cost of hydrogen and the lowest investment.
A methanol reformer is a device used in chemical engineering, which can produce hydrogen syn-gas by reacting a methanol and water (steam) mixture .
Save cost transportation and avoid energy waste, with no leaks linked to the compression / decompression phases, and safety improved.
Relevant reduction of cost for available Nm3 of hydrogen.
GHT provides several basic modules of methanol reformers with capacity ranging from 1 to 80NM3 and uses these basic modules to assemble into larger unit. These basic modules can be assembled to meet the customer requirement.
On-site production avoids energy waste for compression, transportation and leaks.
