Helium compressor for industry

Helium compressors are designed to transfer helium gas at high pressure for storage and other industrial processes. Since Helium is a rare and expensive gas, it is crucial to recover and reuse it to ensure the cost-effectiveness of Helium compressor systems. MINNUO helium compressors employ reciprocating piston technology to capture fresh, mixed or recovered Helium gas at both atmospheric and higher inlet pressures. The number of stages in these compressors varies based on the flow and pressure requirements to achieve efficient gas compression and transfer.

Helium Compressor

The helium compressor is a device used to compress helium gas into a liquid form that can be stored and used for a variety of purposes. The process of compression increases the pressure of the helium so that it can remain in a liquid form, making it easier to transport and store. Helium compressors can range in size from small, portable models to larger commercial devices that are used for industrial purposes.The use of helium compressors is particularly important in the aerospace and manufacturing industries, where cryogenic gases such as helium are a key component of the production process.

Lubrication method: divided into oil lubrication, oil-free lubrication.
Displacement : 10Nm3/h-20000Nm3/h
Exhaust pressure: from 0.1Mpa-30Mpa
Among them, the intake pressure, exhaust pressure and exhaust volume are all allowed to fluctuate up and down; the number of compression stages can be 1 to 5 stages.

Types Of Helium Compressor

D Type

DW-8-160

Price: $54335~$62080

Compressor model: DW-8/160
Compressed media: helium
Structure type: Type DW
Nominal volume flow:480Nm3/min
Inlet pressure:atmospheric pressure
Outlet pressure:16Mpa
Cooling method: Air cooling
Equipped power: 132KW
Dimensions (L×W×H) :4500*3300*1850mm

DW-10-150

Price: $64335~$72080

Compressor model: DW-10/150
Compressed media: helium
Structure type: Type DW
Nominal volume flow:600Nm3/min
Inlet pressure:atmospheric pressure
Outlet pressure:15Mpa
Cooling method: Air cooling
Equipped power: 132KW
Dimensions (L×W×H) :4500*3300*1800mm

D Type

Z/V Type

ZW-2-160

Price: $33740~$38546

Compressor model: ZW-2/160
Compressed media: helium
Structure type: Type ZW
Nominal volume flow:120Nm3/min
Inlet pressure:atmospheric pressure
Outlet pressure:16Mpa
Cooling method: Air cooling
Equipped power: 37KW
Dimensions (L×W×H) :2100*1180*1960mm

ZW-3-200

Price: $38000~$41000

Compressor model: ZW-3/200
Compressed media: helium
Structure type: Type ZW
Nominal volume flow:180Nm3/min
Inlet pressure:atmospheric pressure
Outlet pressure:20Mpa
Cooling method: Air cooling
Equipped power: 37KW
Dimensions (L×W×H) :2180*1250*2360mm

VW-0.83-150

Price: $14300~$16300

Compressor model: VW-0.83/150
Compressed media: helium
Structure type: Type VW
Nominal volume flow:80Nm3/min
Inlet pressure:atmospheric pressure
Outlet pressure:15Mpa
Cooling method: Air cooling
Equipped power: 22KW
Dimensions (L×W×H) :1680*800*1300mm

VW-1.33-150

Price: $15952~$18217

Compressor model: VW-1.33/150
Compressed media: helium
Structure type: Type VW
Nominal volume flow:80Nm3/min
Inlet pressure:atmospheric pressure
Outlet pressure:15Mpa
Cooling method: Air cooling
Equipped power: 30KW
Dimensions (L×W×H) :1680*800*1300mm

The difference between the water cooling and air cooling system of the compressor.

1. Compressors are distinguished by cooling and heat dissipation methods: water cooling and air cooling.
The water cooling and air cooling of the compressor are two different cooling and heat dissipation methods. The air cooling heat dissipation system uses forced air convection to dissipate heat, while the water cooling with relatively good heat dissipation effect uses cooling water to dissipate heat and cool down.

2. Different levels of complexity.
Air-cooled and water-cooled compressors are completely different in cooling and heat dissipation methods, and the complexity of the two cooling and heat dissipation systems is completely different. The water-cooled heat dissipation system is relatively complicated, and the air-cooled heat dissipation system is only a fan system, which is relatively simple.

3. The cost of the two cooling systems is different.
Compared with air cooling, water cooling is more expensive purely from the cooling system, because the water cooling system is complex. Regardless of the cost of the cooling system itself, water cooling is still more expensive. This is because water cooling uses cooling water to dissipate heat and requires continuous injection of cooling water to maintain normal operation, while air cooling relies on the atmosphere, which is almost free of cost. of.

4. Maintenance is different.
The maintenance methods of the cooling and heat dissipation methods of the two compressors are also different. The maintenance of air cooling mainly requires the lubrication of the bearings of the motor and fan, the dust cleaning of the fan, and the guarantee of the surrounding air environment, while the maintenance of water cooling Maintenance is mainly focused on the cooling water tower of the water cooling system and the heat dissipation of the cooling water, and to ensure that the scaling problem in the cooling system can be cleaned and cleaned in time, and the water quality of the cooling water should be guaranteed.

No.	Model	Displacement Nm3/h	Inlet Pressure MPa	Outlet Presure MPa	Motor Power KW	Dimension mm	Weight kg
1	VW-0.5/150	30	Atmospheric pressure	15.0	15	16808001300	1000
2	VW-0.83/150	50	Atmospheric pressure	15.0	22	16808001300	1000
3	VW1.33/150	80	Atmospheric pressure	15.0	30	16808001300	1100
4	ZW-2/160	120	Atmospheric pressure	16.0	37	210011801960	2800
5	ZW-3/200	180	Atmospheric pressure	20.0	75	218012502360	3600
6	ZW-3.34 /150	200	Atmospheric pressure	15.0	75	218012502360	3600
7	ZW-41/72-80	250	7.2	8.0	90	218012502360	3200
8	ZW-5/80	300	Atmospheric pressure	8.0	110	315013502360	4300
9	ZW-3/2-250	540	0.2	25.0	110	218012502360	3200
10	ZW-5/150	200	0.1	8.0	132	315013502360	4500
11	ZW-6/200	540	0.2	10.0	132	315013502360	4500
12	ZW-3.33/1-80	200	0.1	8.0	55	218012502360	3200
13	LW-8/150	480	Atmospheric pressure	15.0	132	300019502450	4500
14	LW-15/2-10	2700	0.2	1.0	110	230012002300	3800
15	LW-7.5/200	450	Atmospheric pressure	20.0	160	320019502450	4200
16	LW-15/2-10	2700	0.2	1.0	110	230012002300	3800
17	DW-8/160	480	Atmospheric pressure	16.0	132	450033001850	15000
18	DW-8/220	480	Atmospheric pressure	22.0	160	450033001850	16000
19	DW-10/150	600	Atmospheric pressure	15.0	185	450033001800	17000
20	DW-18/250	1080	Atmospheric pressure	25.0	320	450034001800	18000

Applications

Apart from general industrial applications, helium compressors are also crucial in various operations and industries such as:

Helium is utilized as a protective gas to pressurize metals, including magnesium, zirconium, aluminum, and titanium.
Recovery, pressurized filling, and storage of helium are crucial due to its high cost. Methods such as waste purification and recycling are employed for HEW HED applications.
Helium has various uses, such as in high vacuum devices and nuclear reactors. It also serves as a pressurized gas for delivering liquid propellants like liquid hydrogen and oxygen on rockets and spacecraft.

Benifits

Safety

MINNUO offers a range of highly secure methods to control gas leakage. When it comes to safe compression, it’s crucial to consider the entire gas mixture, not just individual gases. Some gas mixtures can lead to hazardous interactions that can increase their toxicity, corrosiveness, or flammability. To guarantee secure operations, rely on MINNUO’s specialized guidance.

Flexibility

Our solutions are custom-engineered to meet the unique requirements of each customer. By providing us with specific details of your needs, our experts can design a compressor tailored to your application with suitable materials and compatibility. Our high-quality materials have the capability to meet the necessary requirements for most industrial gases.

Reliability

MINNUO gas compressors are engineered to operate at slower speeds, ensuring consistent and dependable performance. With this design, our compressors can run continuously without compromising quality or efficiency, operating 60 minutes per hour, 24 hours per day, and 365 days per year. This eliminates the risk of unexpected downtime, providing uninterrupted operation.

We Serivice for many customer

Minuo offers independent solutions according to flow/purity/pressure, usage environment, main application, and special customer requirements at a competitive prices. Our compressor booster is made of high-quality materials and has been tested thoroughly to ensure the best quality.

Get Your Free Solution

We design and manufacture helium compressors more quickly and ideally to reach more optimal pressures, whether you need to fill cylinders, or perform leak detection tests, our helium compressors can help to do it faster and more efficiently at any time. So what are you waiting for, let us start by designing a high-quality quote for you.

Helium compressor for industry