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| Brand Name: | Ally Hi-Tech |
| Model Number: | SMR |
| Price: | Negotiable |
| Packaging Details: | Seaworthy Package |
SMR Hydrogen Plant Stable Operation Easy Maintenance Economical
As a member of the Chinese hydrogen standard committee, Ally Hi-Tech has been focusing on hydrogen production for 20 years. SMR(Steam Methane Reforming) Technology is one of Ally's core technology. We have provided more than 80 economical SMR hydrogen plants with stable operation and easy maintenance for clients all over the world.
Principle
The principle of SMR technology is as follows:
After compression and desulfurization, natural gas, the feedstock of this hydrogen production process, reacts with steam in the presence of catalysts. We can use this chemical formula to describe this reaction more clearly.
Step 1: CH4+H2O→3H2+CO -Q
By this reaction, a lot of heat will be released and we use an economizer to collect the heat.
Next, the syngas enters the shifter and the carbon monoxide will be changed into carbon dioxide.
Step 2: CO+H2O→H2+CO2 +Q
In the end, after the purification of the PSA system, high purity product hydrogen will be collected in the tank.
|
|
| Brand Name: | Ally Hi-Tech |
| Model Number: | SMR |
| Price: | Negotiable |
| Packaging Details: | Seaworthy Package |
SMR Hydrogen Plant Stable Operation Easy Maintenance Economical
As a member of the Chinese hydrogen standard committee, Ally Hi-Tech has been focusing on hydrogen production for 20 years. SMR(Steam Methane Reforming) Technology is one of Ally's core technology. We have provided more than 80 economical SMR hydrogen plants with stable operation and easy maintenance for clients all over the world.
Principle
The principle of SMR technology is as follows:
After compression and desulfurization, natural gas, the feedstock of this hydrogen production process, reacts with steam in the presence of catalysts. We can use this chemical formula to describe this reaction more clearly.
Step 1: CH4+H2O→3H2+CO -Q
By this reaction, a lot of heat will be released and we use an economizer to collect the heat.
Next, the syngas enters the shifter and the carbon monoxide will be changed into carbon dioxide.
Step 2: CO+H2O→H2+CO2 +Q
In the end, after the purification of the PSA system, high purity product hydrogen will be collected in the tank.
