
The NASH HP-9 is a high-pressure liquid ring compressor designed for large-capacity gas compression in demanding industrial process environments.
Built as a single-stage, double-acting compressor, it supports heavy-duty operation where reliable compression and system integration are critical.
Its liquid ring technology enables it to handle saturated, hazardous, or contaminated gases while maintaining cooler operating temperatures compared to dry compression methods.
Engineered for continuous-duty performance, the HP-9 delivers high discharge pressures with consistent reliability in severe service conditions. It is well suited for applications involving hazardous or process-critical gases where safety, durability, and uptime are essential.
Key Characteristics
- Suction Capacity: Approximately 1,766 to 2,531 SCFM
- Discharge Pressure: Up to 110 psig
- Differential Pressure: Up to 110 psi
- Design: Single-stage, double-acting liquid ring compressor
- Construction: Stainless steel materials of construction
- Porting: Conical porting
- Shaft Seals: Mechanical seals, single or double acting
- Process Connections: 10″ / 10″ ANSI
- Application Fit: Designed for toxic, explosive, corrosive, and sour gas service
Ideal Applications
The NASH HP-9 is designed for high-pressure gas compression applications where process conditions include moisture, contaminants, or hazardous gas compositions. Its liquid ring design provides stable performance in environments where conventional compressors may experience limitations due to temperature, vapor content, or gas variability.
Common applications include:
- Flare gas recovery
- Hydrogen compression
- Vinyl chloride monomer recovery
- Sour gas handling
- Hazardous gas compression
- Chemical process gas compression
- Petrochemical vapor recovery
- Process gas boosting in oil and gas systems
Industries Served
- Oil and Gas
- Petrochemical Processing
- Chemical Processing
- Hydrogen Processing and Compression
- General Industrial Process Applications
- Environmental Systems









