Best Selling Hydrogen Gas Booster Oil Free Hydrogen Compressor for Energy

• Customization: Available
• After-sales Service: Online Support, Video Technical Support
• Warranty: 1 Year
• Model NO.: 500-1000Nm3
• Lubrication Style: Oil-free
• Drive Mode: Electric
• Configuration: Stationary
• Power Source: AC Power
• Material: Stainless Steel
• Usage: Hydrogen
• Noise Level: Low
• Condition: New
• Certification: RoHS, ISO, CE, CCC
• Purpose: Gas Supercharging
• Parts: Filling Manifold/Cylinder
• Application Fields: Chemical/Medical/Petroleum/Food/Energy&Mining ...
• Machine Size: Customized
• Product Name: Diaphragm Hydrogen Compressor
• Application Range: Hydrogen Refueling Main Station
• Compressed Medium: High-Purity Hydrogen Gas
• Number of Compression Stages: Two-Stage or Three-Stage
• Inlet Pressure (MPa): 1.5~2.2
• Maximum Discharge Pressure (MPa): 22MPa
• Design Flow Rate (Nm3/H): ≥1000 (Inlet 2MPa, Outlet 20MPa)
• Transport Package: Wooden Box
• Specification: 500NM3/H-1000NM3/H
• Trademark: WOBO Group
• Origin: China
• HS Code: 8414809090
• Production Capacity: 1000units/Per Month

Product Description

100% OIL FREE ZERO LEAKAGE HYDROGEN DIAPHRAGM COMPRESSOR
Best Selling 8.5 Mpa Hydrogen Gas Booster Oil Free Hydrogen Compressor For Hydrogen Energy

Product Description

Hydrogen Diaphragm Compressor Booster

The hydrogen diaphragm compressor booster is a special structure of the volume-type compressor with high compression ratio, good leak tightness, compressed gas without lubricating oil and other solid impurities contaminated features.

WOBO diaphragm compressors consist of four types that are Z type, V type, L type and D type. The exhaust pressure ranges from 1.3 to 49Mpa. The products are widely used in the industries of national defense, scientificresearch, petrochemical, nuclear power, parmaceutical, food-stuff and gas separation.

Oi-free100%purity Hydrogen Diaphragm Compressor Structure

Technical Principle

Diaphragm compressor. A diaphragm compressor is a variant of the classic reciprocating compressor with backup and piston rings and rod seal. The compression of gas occurs by means of a flexible membrane, instead of an intake element. The back and forth moving membrane is driven by a rod and a crankshaft mechanism.

Structure and Working Cycle of Diaphragm Compressor

Equipment Advantages

WD Type  Diaphragm Compressor
1. High Compression Efficiency.
2. Compression of High-Purity Gases.
3. Lower Maintenance Rate.
4. Well-Performing Oil Pump System.
5. Diaphragm and Oil Pressure Alarms.
6. Enhanced Exterior Aesthetics.
7. Favorable Cooling Conditions for the Compressor.
8. Compact and Reasonably Designed Overall Structure.

Product Model	Volume Flow Rate	Inlet Pressure	Outlet Pressure	Speed	Compressor Dimensions	Weight	Water Consumption	Power
	Nm 3/h	MPa(G)	MPa(G)	r/min	(L×W×H)mm	t	t/h	kW
WD180-750/14-50	750	1.4	5	400	3500X2300X1750	9.8	6.5	75
WD180-1000/14-50	1000	1.4	5	400	3500X2300X1750	10.5	6.5	75
WD180-750/3-21	750	0.3	2.1	420	3900X3200X1900	15.5	7	110
WD180-400/6-250	400	0.6	25	400	3900×3500×1900	15	7	110
WD180-516/1.8-7	516	0.18	0.7	420	4000×3500×2000	16	8	45
WD180-212/0.2-6	212	0.02	0.6	420	3950×3500×1950	16	7.5	45
WD180-90/200	90	Atmospheric Pressure	20	400	3800×2800×1650	13.6	4	45
WD180-100/160	100	Atmospheric Pressure	16	400	3800×2800×1650	13.8	4	45
WD180-240/6-150	240	0.6	15	400	3500×2300×1600	8.6	6.5	75
WD180-400/12-200	400	1.2	20	400	3500×1200×1600	9.8	6.5	75
WD130-30/200	30	Atmospheric Pressure	20	400	3000X2100X1625	3.8	3.6	22
WD130-40/160	40	Atmospheric Pressure	16	400	3000X2100X1625	3.8	3.6	30
WD130-110/12-250	110	1.2	25	400	3000X2050X1650	4.2	4.5	37
WD130-120/70-800	120	7	80	400	3100X2000X1650	4.2	4.3	37
WD130-180/7-85	180	0.7	8.5	400	2950X2050X1650	4.2	4.2	37
WD130-50/35	50	Atmospheric Pressure	3.5	400	3000X2100X1625	4	4	22
WD130-240/4.5-25	240	0.45	2.5	400	2860X2050X1600	4.2	4	37
WD130-300/6-25	300	0.6	2.5	400	2860X2050X1600	4.2	4	37
WD130-250/4-22	250	0.4	2.2	400	2950X2050X1650	4.3	4.2	37
WD130-150/6-150	150	0.6	15	400	3000X2050X1650	4.2	4.2	37

WL Type Diaphragm Compressor
1. The overall equipment design is well-thought-out, ensuring smooth and reliable operation, minimal vibration, low noise, and facilitating practical operational maintenance.
2. The cylinder head components utilize a structure without mating oil plates, reducing the complexity of machining processes.
3. The adoption of a new thin-film chamber significantly enhances the diaphragm's lifespan.
4. Various pipeline designs of the machinery are effective, well-arranged, and visually appealing.

Product Model	Volume Flow Rate	Inlet Pressure	Outlet Pressure	Speed	Compressor Dimensions	Weight	Water Consumption	Power
	Nm 3/h	MPa(G)	MPa(G)	r/min	(L×W×H)mm	t	t/h	kW
WL-40/200	40	Atmospheric Pressure	20	400	3340×1570×1900	4	3	37
WL-240/20-200	240	2	20	400	3340×1900×2157	4	4.6	55
WL-330/7-26	330	0.7	2.6	400	3570×1590×2200	4.2	3.3	45
WL-200/20-150	200	2	15	400	3340×1670×2360	3.8	4.5	45
WL-150/6-200	150	0.6	20	400	3450×1400×2400	3.8	5	55
WL-300/5-30	300	0.5	3	400	3450×1450×2400	4	4.3	55
WL-200/10-150	200	1	15	400	3340×1450×2400	3.8	2.5	45
WL-300/6-30	300	0.6	3	400	3300×1700×2360	4	4.3	45

WV Type Diaphragm Compressor
1. The overall design of the machine is well-conceived, ensuring stable and reliable operation, minimal vibration, low noise, and ease of use and maintenance.
2. The cylinder body components adopt a structure without mating oil pans, reducing assembly complexities and minimizing sealing surfaces.
3. Alarm systems are in place to indicate compression medium leaks, enhancing the overall reliability of the machine.
4. An integrated oil pump station addresses the issue of oil leakage that was present in externally-mounted compressors.
5. High level of automation ensures the equipment's safe operation.
6. The entire equipment is consolidated onto a single skid base, facilitating transportation, installation, and management of the equipment.

Product Model	Volume Flow Rate	Inlet Pressure	Outlet Pressure	Speed	Compressor Dimensions	Weight	Water Consumption	Power
	Nm 3/h	MPa(G)	MPa(G)	r/min	(L×W×H)mm	t	t/h	kW
W3V-20/200	20	Atmospheric Pressure	20	400	1835×1065×1400	1.82	1.8	15
W3V-30/60	30	Atmospheric Pressure	6	400	2225×1520×1860	2	1.8	22
W3V-70/8-200	70	0.8	20	400	1800×1500×1600	2.2	1.6	30
W3V-250/15-50	250	1.5	5	400	2050×1770×1650	2.2	1.6	30
W3V-100/12-150	100	1.2	15	400	2230×1770×1650	2.2	2	30
W3V-70/9-80	70	0.9	8	400	2650×1970×1520	2.2	2	22
W3V-20/1-200	20	0.1	20	400	1800×1100×1300	1.8	1.8	15
W3V-35/6-200	35	0.6	20	400	1850×1100×1450	2	1.8	15
W3V-50/8-150	50	0.8	15	400	1850×1100×1500	2.2	2	15
W3V-60/7-200	60	0.7	20	400	2050×1770×1600	2	1.8	22
W3V-100/10-200	100	1	20	400	2200×1600×1800	2.2	2	30
W3V-50/5-160	50	0.5	16	400	1850×1650×1500	1.85	1.8	22
W3V-250/15-31	250	1.5	3.1	400	1850×1650×1500	1.85	1.8	22
W2.5V-10/200	10	Atmospheric Pressure	20	400	1650×1020×1400	1.3	0.8	7.5
W2.5V-16/2.5-160	16	0.25	16	400	1700×950×1370	1.3	1	7.5
W2.5V-20/4-160	20	0.4	16	400	1800×1500×1600	1.3	0.8	11
W2.5V-20/10-160	20	1	16	400	1800×1020×1400	1.1	0.8	7.5
W2.5V-20/4-200	20	0.4	20	400	1800×950×1500	1.2	0.8	11
W2.5V-20/8-350	20	0.8	35	400	1800×1500×1100	1.8	1	11
W2.5V-20/1-160	20	0.1	16	400	1800×1020×1400	1.3	0.8	11
W2.5V-35/8-200	35	0.8	20	400	1650×1020×1400	1.3	0.8	11
W2.5V-40/5-85	40	0.5	8.5	400	1800×1100×1500	1.8	1	11
W2.5V-40/5-80	40	0.5	8	400	1800×1100×1500	1.8	1	11
W2V-5/200	5	Atmospheric Pressure	20	400	1510×875×1050	0.73	0.4	3
W2V-5/4-160	5	0.4	16	400	1500×775×1075	0.8	0.5	5.5
W2V-10/13	10	Atmospheric Pressure	1.3	400	1510×875×1050	0.73	0.8	3
W2V-10/5-150	10	0.5	15	400	1600×900×1200	0.8	0.7	5.5
W2V-8-18/4-8-200	18	0.4-0.8	20	400	1600×900×1200	0.8	0.7	5.5
W2V-20/1-25	20	0.1	2.5	400	1600×900×1200	0.8	0.7	5.5
W2V-25/6-150	25	0.6	15	400	1550×900×1050	0.9	1	11
W2V-10/4-160	10	0.4	16	400	1600×900×1100	0.9	0.8	5.5
W2V-6/25	6	Atmospheric Pressure	2.5	400	1510×875×1050	0.8	0.4	3
W2V-5/4-350	5	0.4	35	400	1519×950×1100	0.7	0.4	5.5
W2V-6/6-200	6	0.6	20	400	1550×900×1050	0.8	0.5	5.5

WZ Type Diaphragm Compressor
1. Compression of High-Purity Gases.
2. Lower Maintenance Rate.
3. Well-Performing Oil Pump System.
4. Diaphragm and Oil Pressure Alarms.
5. Favorable Cooling Conditions for the Compressor.
6. Compact and Reasonably Designed Overall Structure.

Product Model	Volume Flow Rate	Inlet Pressure	Outlet Pressure	Speed	Compressor Dimensions	Weight	Water Consumption	Power
	Nm 3/h	MPa(G)	MPa(G)	r/min	(L×W×H)mm	t	t/h	kW
W2Z-12/7.5-40	12	0.75	4	400	1250×650×950	0.5	0.3	3
W2Z-18/80-350	18	8	35	400	1459×1000×1320	0.6	0.7	5.5
W2Z-30/150-320	30	15	32	400	1200×650×1230	0.5	0.25	5.5
W2Z-5/13	5	Atmospheric Pressure	1.3	400	1200×600×1000	0.5	0.2	1.5
W2Z-5/13-200	5	1.3	20	400	1200×600×1200	0.5	0.25	1.5
W2Z-5/30-400	5	3	40	400	1200×800×1450	0.5	0.1	1.5
W2Z-50/31-51	50	3.1	5.1	400	1300×800×1250	0.6	0.3	3
W2Z-50/6-10	50	0.6	1	400	1280×760×1200	0.6	0.5	3
W2Z-7/6-50	7	0.6	5	400	1350×809×1480	0.6	0.5	3
W2Z-70/30-35	70	3	3.5	400	1300×800×1250	0.6	0.08	3
W3Z-185/6-15	185	0.6	1.5	400	1700×1260×1550	1.5	0.7	11
W3Z-20/13	20	Atmospheric Pressure	1.3	400	1720×1000×1650	1.5	0.8	15
W3Z-20/13-200	20	1.3	20	400	1720×890×1640	1.4	0.8	7.5
W3Z-22/1-10	22	0.1	1	400	2200×1600×1700	1.5	1.2	15
W3Z-50/6-30	50	0.6	3	400	1720×1050×1650	1.5	1	15
W3Z-50/6-50	50	0.6	5	400	1720×1050×1650	1.5	0.8	15
W3Z-60/30-150	60	3	15	400	1720×890×1635	1.4	0.8	15
W3Z-80/1~10-20	80	0.1-1	2	400	1720×1000×1650	1.5	0.8	7.5
W3Z-80/1-10-20	80	0.1-1	2	400	1720×1000×1650	1.5	0.8	7.5

Applications

Hydrogen compressors are widely used across various stages of the hydrogen energy industry. They compress hydrogen to high pressures for storage and transportation. Specific applications include:
1. Hydrogen Production: Compressing hydrogen into storage cylinders at production facilities.
2. Pipeline Transport: Providing power for hydrogen transport through pipelines.
3. Hydrogen Refueling Stations: Compressing hydrogen to the required pressure for vehicle refueling.
4. Industrial Applications: Used in ammonia production, synthetic fuel production, and more.

Project Case

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