The H2 Booster Compressor is important subsequent equipment for hydrogen purification, gas separation, and gas source recovery systems. When the upstream hydrogen source cannot meet the required process pressure, this compressor increases the gas pressure for downstream use.
The product is designed with an oil-free / oilless compression concept to help reduce oil contamination risk in hydrogen gas handling. According to the provided specification, it supports air-cooled or water-cooled configuration, power up to 110 kW, speed range of 200–600 r/min, intake pressure up to 8.2 MPa, exhaust pressure up to 15 MPa, and 1–4 compression stages.
This is suitable for engineering contractors, industrial plant operators, gas system integrators, and process equipment buyers who need a configurable hydrogen gas booster compressor rather than a generic compressor unit.
| Item |
Specification / Feature |
| Product Name |
H2 Booster Compressor |
| Compressor Type |
Oil-free / oilless hydrogen booster compressor |
| Cooling Type |
Air-cooled or water-cooled |
| Power Range |
≤110 kW |
| Speed Range |
200–600 r/min |
| Flow |
1000 Nm³/h |
| Intake Pressure |
≤8.2 MPa |
| Exhaust Pressure |
≤15 MPa |
| Compression Stage |
1–4 stages |
Functions And Characteristics
- Hydrogen Gas Pressurization Function
Used to increase H2 pressure after gas separation, purification, or gas source recovery equipment.
- Oil-Free / Oilless Compression Structure
Designed with an oil-free compression structure for hydrogen gas handling applications.
- Air-Cooled or Water-Cooled Type
Available in air-cooled or water-cooled configuration according to different operating conditions.
- Defined Operating Parameters
Power range ≤110 kW, speed range 200–600 r/min, intake pressure ≤8.2 MPa, exhaust pressure ≤15 MPa, and compression stage 1–4.
- Multi-Stage Compression Configuration
The compressor can be configured with 1–4 compression stages based on inlet pressure and required outlet pressure.
- Industrial Hydrogen Application Scope
Applicable to hydrogen purification, gas source recovery, chemical engineering, food-related processing, medicine-related applications, and industrial gas pressurization.
Product Advantages
1. Oil-Free Hydrogen Compression
The oilless design is suitable for hydrogen gas boosting applications where oil contamination control is important for process stability and gas handling.
2. Suitable for Gas Separation and Recovery
The compressor can be used after gas separation, purification, or gas source recovery equipment to increase hydrogen pressure for downstream industrial use.
3. Air-Cooled or Water-Cooled Options
Both air-cooled and water-cooled types are available, helping buyers select a configuration that matches their plant layout, cooling resources, and operating environment.
4. High-Pressure Boosting Capability
With intake pressure ≤8.2 MPa and exhaust pressure ≤15 MPa, the compressor supports high-pressure hydrogen gas pressurization within the provided operating range.
5. 1–4 Stage Compression Configuration
The compression stage can be configured from 1 to 4 stages according to inlet pressure, outlet pressure, and pressure ratio requirements.
6. Project-Based System Configuration
The compressor can be configured based on hydrogen flow, cooling method, pressure target, installation condition, and process requirements for B2B industrial projects.
Our Company Advantages
Highlight focuses on the design and manufacturing of pressure testing equipment and fluid control testing systems, supporting both standard models and project-based customization.
- 16+ years focused on pressure testing equipment and pneumatic boosting systems
- Annual production capacity: 1000+ sets of equipment
- 8000+ customers served
- ISO9001-based quality management implementation and stable manufacturing control
- Strong engineering team for test bench configuration, fixture matching, and technical support
- Export experience supporting international buyers with technical communication and documentation
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