PEM Hydrogen Plant Gas Generator
Product Introduction
- Water H2O + Power = Hydrogen H2 (+ Oxygen O2)
- Working pressure (according to technology) Up to 10-20 bar
- Hydrogen production Up to 1 ~ 500nM3 /hr
- Gas purity with purification system : 99.7% ± 0.2%
- (Water saturated)
- After purification Up to 99.999%
Why choose us ?
Provide one stop solution for customized hydrogen generating equipment and service.
Rich experience in Hydrogen engineering and plant based equipment fabrication & supply.
Experienced experts in H2 related field to learn and do customer demand analysis.
Professional team with
expertise for overseas project management.
Experience with European and American Pioneer in Hydrogen Industry.
Product characteristics
Onsite Production and use, safe and environmental
- Highly safe splitting design, including the main electric control cabinet outside the explosionproof area and explosion-proof certification escort, makes the entire system of absolute safe. Forbid adding alkaline chemical avoiding pollute envitonment.
Stable hydrogen output, worry-free operation
- The electrolysis cell with patented core tech nology having been verified by a large number of customers and countless application filed, helping your production and operation without any worry.
Multi-pronged, higher purity
- Constant pure water temperature, gas cycle cooling, efficient water vapor condensation recovery, deoxidation, drying, reducing the gas dew point, ensuring high purity hydrogen to meet your requirements.
Intelligent management, save effort
- The PLC control system starts with one key, comprehensively monitoring the pressure, liquid level, water temperature and other parameters, and carrying out digital management of the equipment. Remote monitoring, unattended operation, lower operation and maintenance costs are achievable.
Genuine material and solid substance, stable and reliable
- The electrolysis cell,water pipe and gas pipe are made of anti-oxidation, anti-hydrogenation, anti-leakage excellent mechanical properties. The pipeline joint is sealed by welding or sleeve type, which is safe, stable and reliable.
H2 Generator
Advantages of PEM hydrogen production technology compared with Alkaline hydrogen production technology
- Safer : The equipment has national security and explosion-proof certification.
- More intelligent : Equipment integration, system automatic identification and protection.
- More environment- friendly : Produce hydrogen by electrolysis pure water only, without adding any chemicals, no pollution.
- More reliable : Hydrogen purity > 99.9999%, dew point <-65°C.
- Simpler : one button to start, 5 minutes to produce qualified hydrogen and no need for manual duty.
- More worry-free : For mainten ance, only need replace filter element and desiccant, no need overhaul every 5 years.
- More compact : modular design, compact layout, strong site adaptability and it can be installed near the generator.
- More economical : low running cost
- More convenient : higher equipment integration, short installation period, simple on-site debugging.
Athena Technology Masteres Core Technology
Athena Technology Company is deeply involved in the field of PEM pure water hydrogen
production, breaking through and mastering multiple key core technologies and production
processes, and mastering core intellectual property rights.
The Athena Technology PEM Proton-exchange membrane electrolyzer technology has the
following characteristics:
- 1. Good conductivity
- 2. The electroosmotic effect of water molecules in the membrane is small
- 3. The permeability of gas in the membrane should be minimized as much as possible
- 4. Good electrochemical stability
- 5. Good dry to wet conversion performance
- 6. Having a certain mechanical strength
- 7. Modular customization is possible
Dry unit
- Three tower design
- Zero consumption of regeneration
| Parameters | ATH 0.5P | ATH 2P | ATH 4P | ATH 5P | ATH 6P | ATH 10P | ATH 20P | ATH 100P | ATH 200P | ATH 500P |
|---|---|---|---|---|---|---|---|---|---|---|
| MODEL | ||||||||||
| Hydrogen Output Rate (Nm /h) | 0.5 | 2 | 4 | 5 | 6 | 10 | 20 | 100 | 200 | 500 |
| Purity(%) | ≥ 99.999; (N 2< 2ppm; O2 <1ppm) | |||||||||
| Dew Point (℃) | <-65 | |||||||||
| Adjustable range (%) | 0-100 | |||||||||
| Output Pressure (Mpa) | 0-3.0 (Adjustable) | |||||||||
| Water Consumption (L/h) | 0.5 | 2 | 4 | 5 | 6 | 10 | 20 | 100 | 200 | 500 |
| Operating Tempreture (℃) | 60 ± 5 | |||||||||
| Environmental Tempreture (℃) | 5-45 | |||||||||
| Process control | PLC | |||||||||
| Safety Setting | Full-automatic Interlocking | |||||||||
| Water Quality Requirement | GB/T37562-2019; Dionized water, water conductivity rate:≤ 0.1uS/cm | |||||||||
| Electrolysis Power (KW. h/m ) | 4.5-5 | |||||||||
| Dimension (mm) | 1450X1000X1650 2300x1000X1950 2700x1200x1930 Modularization | |||||||||
| Power Distribution capacity (KVA) | 7 | 15 | 35 | 47 | 56 | 88 | 185 | 700 | 1400 | 3200 |
| Power supply parameters | 380-440VAC 3 Phase five-wire | |||||||||
| Communication Method | Modbus TCP/IP communication protocol or RTU | |||||||||
World leading technology
High effciency / Low consumption
Reliable performance
Solid quality & performance
