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The TEMSR series methanol steam reforming hydrogen production unit is a device for efficiently producing hydrogen from hydrocarbons or hydrogen-containing molecules. Compared with fossil fuels, methanol has the characteristics of a low carbon atom count and a high hydrogen-to-carbon ratio, which can significantly reduce the generation of carbon deposits and by-products such as CO. Moreover, it is compatible with the existing storage and transportation infrastructure of the current oil and gas era, offering high efficiency and cost-effectiveness.
Methanol hydrogen production units are suitable for various applications such as steel, metallurgy, chemical, pharmaceutical, light industry, building materials, electronics, and on-site hydrogen production at hydrogen refueling stations. According to different hydrogen production capacities, they can be classified into skid-mounted and container-type.
Methanol steam reforming for hydrogen production is a process where methanol and steam undergo a catalytic reaction under suitable conditions to produce a mixture of hydrogen and CO2, which is then purified to obtain high-purity hydrogen through pressure swing adsorption. This process requires low investment, has relatively low pollution, and methanol is liquid at room temperature, making it easy to store and transport.
◆ Low investment, low energy consumption
◆ Stable operation
◆ The device occupies a small area
◆ High level of automation
◆ Diverse structures