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Large Scale On Site Hydrogen Generator , Hydrogen Production Equipment

Basic Information
Place of Origin: China
Brand Name: Ally Hi-Tech
Price: Negotiable
Packaging Details: Seaworthy Package
Delivery Time: 8 ~ 12 months
Detail Information
Application: On-site Hydrogen Generation Performance: High Reliabilityy
Footprint: Modularization Technology: Dedicated Decarbonization Technology
Automation: High Degree Efficiency: High
High Light:

hydrogen purification system


hydrogen production equipment

Product Description

Large Scale On Site Hydrogen Generator , Hydrogen Production Equipment





Ally Hi-Tech optimized the process of SMR, incluidng the reformer, heat exchange network (HEN) and purification system, to reduce both capital investmetn and natural gas consumption, on the basis of the gas preparation system of ammonia synthesis process. Typically, Ally Hi-Tech has been engaged in the optimization of the reformer and granted more than 6 patents in this field. Ally Hi-Tech provided the hydrogen solution with a capacity of 50 NCMH for Beijing Olympics based on the SMR process associated with PSA in 2008.



  • Mature production technology, safe and reliable operation.

  • Safe and practical operation control with high degree of automation.

  • Low operating costs and short payback period.

  • Off-gas of PSA recovered as fuel reduces both fuel consumption and exhaust emissions.

  • Dedicated decarbonization technology (i.e. CO2 removal) is adopted to improve the hydrogen recovery and the byproduct 

Process Schematic

Large Scale On Site Hydrogen Generator , Hydrogen Production Equipment 0



Process Description


Desulphurization gas is mixed with steam as per a certain ratio. The mixutre flows through the Reformer Tubes, where it converts into syngas consisting of hydrogen and carbon monoxide and carbon dioxide and unreacted methane and steam in the presence of catalyst. A heat exchange system is used as economizer, while a shift convertor is introducted to convert carbon monoixed into extra hydrogen and carbon dioxide. The resulting gas enters into a PSA unit, where the hydrogen is separated from the other gases. The off-gas of PSA is recovered as fuel.




CH4+H2O →3H2+CO - Q

CO+H2O  → H2+CO2+Q



  • Hydrogen Capacity: 3,000 ~ 50,000 Nm3/h

  • Hydrogen Purity: 99% ~ 99.99% (v/v)

  • Hydrogen Pressure: 1.3 ~ 3.0 MPa(G)

  • Temperature: ambient

Contact Details

Phone Number : +8617345099892

WhatsApp : +8613668204078