The invention discloses a zero-carbon-emission
hydrogen production
system by
methanol water reforming and application and a
hydrogen production method thereof. The
hydrogen production
system comprises a
methanol water storage vessel, a delivery pump, a first
heat exchanger, a reformer and a
carbon dioxide recovery device, wherein the reformer is provided with a reforming chamber, an electromagnetic heater and a hydrogen purification device; the electromagnetic heater provides
heat energy for the reforming chamber; the reforming chamber is used for
hydrogen production reaction of
methanol and water by reforming to obtain
carbon dioxide and hydrogen;
carbon dioxide and hydrogen are mixed with
water vapor to form high-temperature
mixed gas, and the high-temperature
mixed gas is delivered into the hydrogen purification device; after purification and separation, hydrogen is delivered out, at the same time carbon dioxide and unreacted
water vapor mixed gas are also delivered out, and then carbon dioxide and unreacted
water vapor mixed gas are delivered into the carbon dioxide
recovery device after passing through the first
heat exchanger; the carbon dioxide
recovery device is a replaceable modular carbon dioxide recovery device and used for recovering carbon dioxide and part of the water vapor. The zero-carbon-emission
hydrogen production system provided by the invention can recover carbon dioxide, has no
impact on the environment and causes no harm to the
hydrogen production system self and is beneficial for popularization and application in the field of
new energy resources such as fuel
cell cars.