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| Brand Name: | Ally Hi-Tech |
| Price: | Negotiable |
| Packaging Details: | Seaworthy Package |
Low Cost Modularized Hydrogen Plant From Methanol
General
Hydrogen production by methanol reforming is the best technology choice for clients who have no source of hydrogen production raw materials.
It has the advantages of low investment, no pollution, and low production cost. It is the best method for small and medium-sized hydrogen production and has strong market competitiveness.
At present, Ally Hi-Tech is the world's largest supplier of methanol hydrogen production (nearly 300 sets), the largest single set (20000Nm3/h), the smallest single set (5Nm3/h), the highest pressure (3.3MpaG), and the fastest catalyst development (Sixth generation) professional methanol hydrogen production company.
Features
• Flameless, hot oil furnace could be deployed adjacent reformer;
• Less NOx, lower temperature in the furnace;
• Less hot oil piping, less heat loss, higher system efficiency;
• Recovering off-gas, less methanol consumption.
Performance
• Feedstock: methanol
• Hydrogen capacity: 5 ~ 100,000 Nm3/h
• Hydrogen pressure: 7 ~ 30 barg
• Hydrogen purity: typically 99.99%; up to 99.9999 vol.%
|
|
| Brand Name: | Ally Hi-Tech |
| Price: | Negotiable |
| Packaging Details: | Seaworthy Package |
Low Cost Modularized Hydrogen Plant From Methanol
General
Hydrogen production by methanol reforming is the best technology choice for clients who have no source of hydrogen production raw materials.
It has the advantages of low investment, no pollution, and low production cost. It is the best method for small and medium-sized hydrogen production and has strong market competitiveness.
At present, Ally Hi-Tech is the world's largest supplier of methanol hydrogen production (nearly 300 sets), the largest single set (20000Nm3/h), the smallest single set (5Nm3/h), the highest pressure (3.3MpaG), and the fastest catalyst development (Sixth generation) professional methanol hydrogen production company.
Features
• Flameless, hot oil furnace could be deployed adjacent reformer;
• Less NOx, lower temperature in the furnace;
• Less hot oil piping, less heat loss, higher system efficiency;
• Recovering off-gas, less methanol consumption.
Performance
• Feedstock: methanol
• Hydrogen capacity: 5 ~ 100,000 Nm3/h
• Hydrogen pressure: 7 ~ 30 barg
• Hydrogen purity: typically 99.99%; up to 99.9999 vol.%
