Industrial Fossil Fuel Hydrogen Generation System
Methanol hydrogen production equipment
Product Features：
Under certain temperature, pressure, and catalytic conditions, methanol and water decompose and transform to produce CO2 and H2, as well as trace amounts of CO and CH4. After purification by pressure swing adsorption, the product hydrogen is output.
Decomposition reaction: CH3OH → CO+2H2-90.7 kj/mol
Change reaction: CO+H2O → CO2+H2+41.2 kj/mol
Total reaction: CH3OH+H2O → CO2+3H2-49.5 kj/mol
Under certain temperature, pressure, and catalytic conditions, methanol and water decompose and transform to produce CO2 and H2, as well as trace amounts of CO and CH4. After purification by pressure swing adsorption, the product hydrogen is output.
Decomposition reaction: CH3OH → CO+2H2-90.7 kj/mol
Change reaction: CO+H2O → CO2+H2+41.2 kj/mol
Total reaction: CH3OH+H2O → CO2+3H2-49.5 kj/mol
Product parameters：
Technical features:
1. Reasonable process structure, low methanol consumption, energy saving, and low operating costs.
2. Choose original imported high-quality programmable valves with high reliability and basic maintenance free.
3. High degree of automation and unmanned operation.
4. Reliable security design to ensure safe operation and running.
After mixing methanol and water in a certain proportion, it is heated by heat exchange with the decomposed gas at the outlet of the reactor. After vaporization and superheating, it enters the reactor and undergoes decomposition and transformation. The decomposed gas is cooled by heat exchange with the raw materials methanol and water, and then purified by water cooling and washing before entering the pressure swing adsorption purification to output the product hydrogen gas. The heat required for the reaction is provided by the heating device.
1. Reasonable process structure, low methanol consumption, energy saving, and low operating costs.
2. Choose original imported high-quality programmable valves with high reliability and basic maintenance free.
3. High degree of automation and unmanned operation.
4. Reliable security design to ensure safe operation and running.
5. The device has high integration and is exquisite and beautiful.
After mixing methanol and water in a certain proportion, it is heated by heat exchange with the decomposed gas at the outlet of the reactor. After vaporization and superheating, it enters the reactor and undergoes decomposition and transformation. The decomposed gas is cooled by heat exchange with the raw materials methanol and water, and then purified by water cooling and washing before entering the pressure swing adsorption purification to output the product hydrogen gas. The heat required for the reaction is provided by the heating device.
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