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Email : gaoyuu@njbangwin.com
Hydrogen production equipment uses non-metallic pole frames to avoid galvanic corrosion problems. Non-asbestos type eliminates contamination
No need to add vanadium pentoxide to the electrolysis tank, only KOH lye is required
Adapts to renewable energy volatility; dynamic response of 20% - 110% in seconds
Non-metal frame electrolytic cells are two-thirds smaller and one-half lighter than conventional metal frame electrolytic cells.
Electrolyzer technology without electroplating, which greatly reduces production cycles and improves product
performance;environmentally friendly.
A ten-year electrical failure rate of less than 5%.
Brand:
BANGWINItem no.:
BWCProduct origin:
ChinaLead Time:
1-4 Months1.Apply Scope
CHC series hydrogen purifer mainly focus on the needs of clients for high purity hydrogen. It suits for any pressured hydrogen
after a long distance delivery which the purity and dew point can not meet the requirement. Through CHC hydrogen purifier, the
hydrogen purity can reach to 9.9999% and dew point up to -75C.
2.Structure Characteristics
1.During the gas drying process, no hydrogen loss.
2.Condensate water in the system can be automatically released without any independent control.
3.The purity of hydrogen outlet reaches to 99.9999%,the hydrogen dew point downto -75C.
4.Online monitoring.
3.Our Advantages
1.NEW MATERIAL FOR POLAR FRAME
That helps to avoid electro-corrosion of electrolysiscell & reduces volume of electrolysis cell.
The most important thing of this material can help electrolysis cell quick warm/cold start according to solar/wind energy
fluctuation of power supply by comparison with steel polar frame.
3.Technical Specification
MODEL |
GAS CAPACITY |
WORKING PRESSSURE |
O2 IN H2 | DEW POINT |
COOLING WATER CONSUMPTION |
TOTAL WATER CONSUMPTION |
CHC-5 | 3-5m3/h | 0.1-3.2Mpa | ≤0.5ppm | ≤-75°C | 1.5-2m3/h | 2KW |
CHC-30 | 10-30m3/h | 0.1-3.2Mpa | 5-7m3/h | 5KW | ||
CHC-80 | 40-80m3/h | 0.1-3.2Mpa | 10-15m3/h | 8.5KW | ||
CHC-150 | 90-150m3/h | 0.1-3.2Mpa | 12-18m3/h | 13KW | ||
CHC-250 | 160-250m3/h | 0.1-3.2Mpa | 20-30m3/h | 18KW | ||
CHC-500 | 260-500m3/h | 0.1-3.2Mpa | 30-40m3/h | 38KW |