AEM Hydrogen Plant Gas Generator

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Product Introduction

  • Water H2O + Power = Hydrogen H2 (+ Oxygen O2)
  • Working pressure (according to technology) Up to 10-20 bar
  • Hydrogen production Up to 50Nm3/h
  • Gas purity with purification system : 99.7% ± 0.2%
  • (Water saturated)
  • After purification Up to 99.999%
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Why choose us ?

1

Provide one stop solution for customized hydrogen generating equipment and service.

2

Rich experience in Hydrogen engineering and plant based equipment fabrication & supply.

3

Experienced experts in H2 related field to learn and do customer demand analysis.

4

Professional team with
expertise for overseas project management.

5

Experience with European and American Pioneer in Hydrogen Industry.

H2 Generator

System Integration

  • H2 produces by Electrolysis Technology to produce UHP Hydrogen Gas from H2O

High Reliability

  • High Reliability
  • Optimized design to ensure the excellent quality

Cost Saving

  • Low operation cost 7 x 24 Continuously running

Easy for Operation

  • Optimised structure
  • Compact design
  • Plug and play

Intelligent Control

  • Intelligent evacuation of unqualified Hydrogen to realize unattended

Unique Material Selection

  • Adsorption canister uses astronautics sophisticated aluminum profile

ELECTROLYZER - CELL

Electrolytic Cell, we apply bipolar technology, special material polar frame, non-asbestos membrane cloth and low cost electrode for electrolysis cell. our major material for electrode is nickel. H2 will be evolved on cathode side of cells and O2 will be evolved on the anodes of cells at the same time.
H2/O2 Separator, H2 and O2 come separately into H2 separator, where they are cooled by cooling water and separated from the mixture of gas-lye. after that H2 is cooled by coil-piped cooler which is erected in the washer. final H2 flows into hydrogen drying unit for further purification. O2 process will be same as H2 process.

H2 Separation and Purification Unit

  • Compact design w/SS frame
  • SS316L pipeline
  • Lye cooler SS 316L applied
  • ASME, PED standard available
  • Separation and purification Skid with SS material

Dry unit

  • Three tower design
  • Zero consumption of regeneration

Our Gallery

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MODEL (Nm3/h) H2 Capacity (Nm3/h) O2 Capacity H2 Purity (A) Current (V) DC Voltage Cell Working Temp Total Water Consumption Total Power Consumption Cooling Water Consumption
ATH-5S 5 2.5 99.999% 250 100 <80°C 5 L/hr 27 Kw*h 4 m3/h
ATH-10S 10 5 99.999% 250 200 <80°C 10 L/hr 52 Kw*h 6 m3/h
ATH-15S 15 8 99.999% 960 78 <80°C 15 L/hr 78 Kw*h 10 m3/h
ATH-20S 20 10 99.999% 960 90 <80°C 20 L/hr 105 Kw*h 12 m3/h
ATH-30S 30 15 99.999% 960 156 <80°C 30 L/hr 155 Kw*h 12 m3/h
ATH-50S 50 25 99.999% 960 260 <80°C 50 L/hr 260 Kw*h 18 m3/h
ATH-75S 75 38 99.999% 960 392 <80°C 75 L/hr 382 Kw*h 18 m3/h
ATH-100S 100 50 99.999% 3000 168 <80°C 100 L/hr 512 Kw*h 18 m3/h
ATH-150S 150 75 99.999% 3000 252 <80°C 150 L/hr 764 Kw*h 20 m3/h
ATH-200S 200 100 99.999% 3000 334 <80°C 200 L/hr 1012 Kw*h 20 m3/h
ATH-250S 250 125 99.999% 3000 400 <80°C 250 L/hr 1212 Kw*h 20 m3/h
ATH-300S 300 150 99.999% 3000 501 <80°C 300 L/hr 1515 Kw*h 25 m3/h
ATH-400S 400 200 99.999% 7300 700 <80°C 400 L/hr 2115 Kw*h 25 m3/h
ATH-500S 500 250 99.999% 7300 343 <80°C 500 L/hr 2520 Kw*h 30 m3/h

World leading technology

High effciency / Low consumption

Reliable performance

Solid quality & performance

Less footprint