BWG Series

BWG Series Water Electrolysis Hydrogen Production Equipment

BWG Series Hydrogen Production Equipment

The equipment uses water electrolysis to generate hydrogen and oxygen, separates them, and controls the hydrogen and oxygen liquid levels to ensure the purity of the hydrogen. After washing, gas-liquid separation, cooling, purification, deoxygenation and drying, the hydrogen product is output.

Apply Scope

The BWG series equipment, developed by Nanjing Bangwin based on the BWO series, incorporates drying and purification technologies, enabling hydrogen outlet purity of up to 99.9999%, a dew point as low as -75°C at atmospheric pressure, and a maximum hydrogen outlet pressure of 3.2 MPa. This series is suitable for applications with high hydrogen quality requirements, and Nanjing Bangwin can provide customized services according to user needs.

Structure Characteristics

1. Electrolyzer: Utilizes a special material frame, completely solving the common problem of corrosion affecting the lifespan of electrolyzers in water electrolysis for oxygen production; it eliminates the need for asbestos diaphragms, better meeting environmental protection requirements.

2. Gas-Liquid Separator: Simplifies the structure of the previous generation product, occupies less space, and provides better gas-liquid separation.

3. Explosion-proof Requirements: As this is equipment for hydrogen production, all accessories are explosion-proof. Additionally, accessories can be made from specified brands according to user requirements.

4. Equipment Structure: Can be integrated; can be modular; can be containerized. Note: Equipment below CHG-100 can be containerized; electrolyzers above CHG-100 require separate placement; the gas-liquid separation unit can be containerized.

5. Purification and Drying Section:

The system automatically drains condensate, requiring no separate control.

The hydrogen outlet purity can reach up to 99.9999%. The hydrogen dew point at atmospheric pressure is as low as -75°C.

There is no hydrogen loss during the gas drying process.

Model	(Nm³H) H2 Capacity	(Nm³H) O2 Capacity	H2 Purity	O2 Purity	Current (A)	Dc Voltage (V)	Cell Working Temperaturel	Total Water Oonslmpton	Total Power Conslmpton	Cooling Water Consmpton	Pressure Aocordng To Needs
BWG-1	1	0.5	99.9%	99.3%	250	21	≤85℃	1Lh	7Kwh	2M³M	≤0.6Mpa ≤1.6Mpa ≤3.2Mpa
BWG-5	5	2.5	99.9%	99.3%	250	100	≤85℃	5Lh	27Kvh	4M³H
BWG-10	10	5	99.9%	99.3%	250	200	≤85℃	10Lh	52Kwh	6M³/H
BWG-15	15	7.5	99.9%	99.3%	960	78	≤85℃	15Lh	78Kwh	10M³H
BWG-20	20	10	99.9%	99.3%	960	105	≤85℃	20Lh	105Kw'H	12M³/H
BWG-30	30	15	99.9%	99.3%	960	156	≤85℃	30Lh	155Kwh	12M³H
BWG-50	50	25	99.9%	99.3%	960	260	≤85℃	50Lh	260Kwh	18M³H
BWG-75	75	37.5	99.9%	99.3%	960	392	≤85℃	75L/H	382Kwh	18M³H
BWG-100	100	50	99.9%	99.3%	3000	168	≤85℃	100Lh	512Kwh	18M³H
BWG-150	150	75	99.9%	99.3%	3000	252	≤85℃	150Lh	764Kwh	20M³H
BWG-200	200	100	99.9%	99.3%	3000	334	≤85℃	200Lh	1012Kwh	20M³H
BWG-250	250	125	99.9%	99.3%	3000	400	≤85℃	250Lh	1212Kwh	20M³/H
BWG-300	300	150	99.9%	99.3%	3000	501	85℃	300Lh	1515Kwh	25M³/H
BWG-350	350	175	99.9%	99.3%	3000	585	≤85℃	350Lh	1760Kwh	25M³H
BWG-400	400	200	99.9%	99.3%	3000	700	≤85℃	400Lh	2115Kwh	25M³/H
BWG-500	500	250	99.9%	99.3%	7300	343	≤85℃	500Lh	2520Kw⁴H	30M³H
BWG-600	600	300	99.9%	99.3%	7300	390	85℃	600Lh	2860Kwh	30M³H
BWG-700	700	350	99.9%	99.3%	7300	481	≤85℃	700Lh	3525Kwh	30M³H
BWG-800	800	400	99.9%	99.3%	7300	550	≤85℃	800L/H	4040Kwh	40M³H
BWG-900	900	450	99.9%	99.3%	7300	619	≤85℃	900Lh	4540Kwh	40M³H
BWG-1000	1000	500	99.9%	99.3%	7300	686	≤85℃	1000Lh	5030Kwh	40M³/H

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