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Helium Compressor

MINNUO helium compressors are specially designed for industrial applications, utilizing reciprocating piston technology to efficiently compress helium gas to high pressures ranging from 0.1 to 30 MPa. These compressors are ideal for helium recovery, storage, and pressurization needs in industrial processes. With a modular design and multi-stage compression technology (1 to 5 adjustable stages), our compressors can flexibly accommodate various flow (10-20,000 cubic meters/hour) and pressure requirements. They are capable of compressing fresh helium, mixed gases, and recovered helium, significantly reducing user costs.

Key Features of Helium Compressor

Product Advantages

1.Zero Leakage Safety Assurance
A fully sealed design with a crankcase exhaust recovery system, combined with specialized adsorption filtration technology, ensures helium purity above 99.95%, eliminating leakage risks.

2.High Durability and Strength

  • Heavy-duty construction supports 24/7 continuous operation, suitable for demanding environments such as semiconductor manufacturing and aerospace.
  • Low-speed operation reduces mechanical wear and extends service life.

3.Flexible Adaptation to Industrial Needs

  • Customizable solutions, from material selection to pressure stages, tailored to suit various gases like helium and argon.
  • Compact design (minimum size 1680×800×1300 mm) saves space, with portable models to meet mobility needs.

4.Energy Efficiency

  • Two-stage compression and oil mist separation technology reduce energy consumption by up to 30%.
  • Air-cooling systems require no additional cooling water, resulting in lower operational and maintenance costs.

Operating Principle

The MINNUO helium compressor achieves efficient compression through the following steps:

1.Intake and Purification: Gas is filtered through dedicated filters to remove impurities, ensuring the purity of the compressed medium.

2.Multi-stage Compression: The reciprocating piston increases pressure step by step (up to 5 stages), reaching a maximum pressure of 30 MPa.

3.Cooling and Recovery:

  • Air cooling: Forced air convection heat dissipation, suitable for small and medium-sized equipment.
  • Water cooling: Recirculating cooling water system ensures stability under heavy-load conditions.

4.Sealed Output: After oil mist separation and adsorption filtration, high-purity helium is delivered to storage tanks or end-use applications.

Application Scenarios

Industry

Typical Applications

Core Requirements Met

Semiconductor Manufacturing

Vacuum systems, ion implantation equipment

High-purity helium (99.95%+), zero leakage

Aerospace Engineering

Liquid hydrogen/liquid oxygen propellant pressurization

Ultra-high pressure (20-30 MPa), low-temperature resistance

Nuclear and High Energy Physics

Particle accelerator cooling, nuclear reactor protection gases

Continuous operation, radiation-resistant materials

Industrial Gas Recovery

Helium re-compression and bottling

Multi-stage compression, low energy consumption

Medical and Research

MRI cooling systems

Silent operation (<74dB), oil-free lubrication

Product Types and Technical Parameters

Model

Discharge Capacity (m³/h)

Intake Pressure (MPa)

Discharge Pressure (MPa)

Motor Power (kW)

Cooling Mode

Dimensions (L×W×H, mm)

Weight (kg)

VW-0.5/150

30

Atmospheric Pressure

15.0

15

Air Cooling

1680×800×1300

1000

VW-0.83/150

50

Atmospheric Pressure

15.0

22

Air Cooling

1680×800×1300

1000

VW-1.33/150

80

Atmospheric Pressure

15.0

30

Air Cooling

1680×800×1300

1100

ZW-2/160

120

Atmospheric Pressure

16.0

37

Air Cooling

2100×1180×1960

2800

ZW-3/200

180

Atmospheric Pressure

20.0

75

Air Cooling

2180×1250×2360

3600

ZW-3.34/150

200

Atmospheric Pressure

15.0

75

Air Cooling

2180×1250×2360

3600

ZW-41/72-80

250

7.2

8.0

90

Air Cooling

2180×1250×2360

3200

ZW-5/80

300

Atmospheric Pressure

8.0

110

Air Cooling

3150×1350×2360

4300

ZW-3/2-250

540

0.2

25.0

110

Air Cooling

2180×1250×2360

3200

ZW-5/150

200

0.1

8.0

132

Air Cooling

3150×1350×2360

4500

ZW-6/200

540

0.2

10.0

132

Air Cooling

3150×1350×2360

4500

ZW-3.33/1-80

200

0.1

8.0

55

Air Cooling

2180×1250×2360

3200

LW-8/150

480

Atmospheric Pressure

15.0

132

Water Cooling

3000×1950×2450

4500

LW-7.5/200

450

Atmospheric Pressure

20.0

160

Water Cooling

3200×1950×2450

4200

DW-8/160

480

Atmospheric Pressure

16.0

132

Air Cooling

4500×3300×1850

15000

DW-8/220

480

Atmospheric Pressure

22.0

160

Air Cooling

4500×3300×1850

16000

DW-10/150

600

Atmospheric Pressure

15.0

185

Air Cooling

4500×3300×1800

17000

DW-18/250

1080

Atmospheric Pressure

25.0

320

Air Cooling

4500×3400×1800

18000

FAQ

A1:Designed primarily for helium, argon, and other rare gases, these compressors support mixed gas compression, but a composition analysis is required to ensure compatibility.

A2:

Oil-free lubrication: Suitable for medical or food-grade helium to avoid oil contamination.

Oil lubrication: More cost-effective, ideal for industrial recovery applications.

A3:

Yes, the DW series can be directly connected to storage tanks, with bottling pressures up to 25 MPa and equipped with intelligent safety valves to prevent over-pressurization.

A4:Routine maintenance is required every 2000 hours, with a focus on checking seals and cooling systems. Water-cooled models require regular descaling, while air-cooled models need dust removal.

A5:

A closed-loop system and emission recovery design result in a leakage rate of less than 0.1%, and with the purification module, helium can be reused multiple times.

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