Hydrogen Compressor Skid for Process Gas – 3918Nm³/h

Gas composition (mol%): Hydrogen gas 99%%, with trace amounts of fatty acids
Flow rate: 65.3Nm ³/min
Inlet pressure: 2.3MPa. G;
Inlet temperature: 70 ℃
Exhaust pressure: 2.8MPa. G;
Main motor power: 75kW
Overall dimensions of the machine: ~3200 × 3000 × 1850 mm
Whole machine weight: ~5.8T

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Description

DW-3.4/23-28 Hydrogen Compressor for Process Gas Systems

The DW-3.4/23-28 Hydrogen Compressor is designed for industrial process gas systems requiring continuous hydrogen compression and stable gas handling.

With a capacity of 3918Nm³/h, this reciprocating piston compressor is developed for hydrogen compression applications where higher gas flow capacity and continuous operation are required.

Hydrogen compression requires dedicated equipment according to gas characteristics, pressure conditions, and process requirements. The DW-3.4/23-28 provides a suitable solution for industrial hydrogen systems by meeting the requirements of process gas compression and pressure increase.

Compared with small-capacity hydrogen compressors, the DW-3.4/23-28 focuses on larger hydrogen flow applications and is suitable for industrial processes requiring continuous hydrogen handling.

Hydrogen Compression for Process Gas Systems

The DW-3.4/23-28 Hydrogen Compressor is mainly used in industrial systems where hydrogen needs to be compressed during the production process.

Typical application areas include:

  • Chemical Process Applications

Used in industrial processes where hydrogen compression is required for production or process circulation.

  • Industrial Gas Systems

Suitable for facilities requiring continuous hydrogen compression and stable gas supply.

  • Process Gas Facilities

Applied in industrial plants where hydrogen compression is part of the process flow.

Product Design Characteristics

The DW-3.4/23-28 Hydrogen Compressor adopts reciprocating piston compression technology for hydrogen gas applications.

Main characteristics include:

  • Designed for hydrogen medium compression
  • Suitable for industrial process gas applications
  • Capable of handling large hydrogen flow requirements
  • Configured according to operating conditions and project requirements

The compressor design focuses on meeting the requirements of industrial hydrogen compression systems.

Application Advantages

Large Flow Hydrogen Handling

The DW-3.4/23-28 is designed for applications requiring higher hydrogen processing capacity.

Process System Compatibility

The compressor can be integrated into industrial process gas systems according to operating conditions.

Suitable for Continuous Operation

The reciprocating compression structure provides stable compression performance for industrial hydrogen applications.

  • Structural form: D-type/M-type/S-type/W-type/V-type/Z-type
  • Cooling method: water cooling/air cooling/mixed cooling
  • Installation form: fixed/mobile/pry mounted/cabin type
  • Drive mode: motor drive/diesel engine start
  • Transportation: sea/air/land

Technical Parameter

 


No.ModelMediumFlow rate
(Nm3/h)
Exhaust pressure
(MPa.G)
Motor power
(kW)
Cooling methodOverall dimensions
(mm)
Weights
(kg)
1DW-1.6/(8~12)-120Hydrogen80012160Water-cooled5800×3000×23008500
2DW-1.8/15-30Hydrogen15003.075Water-cooled3200×3000×18505800
3DW-6.74(3.3)/0.7(5~12)-12Hydrogen6001.290Water-cooled5000×3200×21008000
4DW-17.9/(4~5)-6.5Hydrogen12700.65132Water-cooled3500×3000×23008000
5DW-1.8/15-30Hydrogen15003.075Water-cooled3200×3000×18505800
6DW-9.55/0.03-16Hydrogen5151.690Water-cooled3500×3200×25006500
7DW-96.5/( 15~23 )-( 21~29)Hydrogen45002. 1~2.9185Water-cooled5000×3000×250012000
8DW-48/( 15~23 )-( 21~29)Hydrogen2642~45002. 1~2.955Water-cooled4000×2700×23006000
9D-0.57/16-200Hydrogen5002075Water-cooled5800×3200×23509000
10ZW-0. 18/15-22Hydrogen1502.211Water-cooled2200×1600×17002000

FAQ


What applications is the DW-3.4/23-28 Hydrogen Compressor suitable for?

It is designed for hydrogen energy applications, including fuel cell systems, hydrogen storage, and industrial hydrogen processing.

Why does this hydrogen compressor use oil-free lubrication?

The oil-free design helps maintain hydrogen purity by preventing oil contamination, making it suitable for clean hydrogen applications.