HPM Series Liquid Ring Compressors
Double acting design completes two suction and discharge cycles per impeller revolution, achieving high compression efficiency and self-balancing radial forces; large-diameter radial suction and discharge ports, with the conical portion extending into the impeller chamber, ensure smooth flow with minimal air and water resistance, resulting in high efficiency and low energy consumption. Designed for 2.5MPa pressure (well above operating pressure), with high safety factor.
Product Features
Born for Harsh Operating Conditions
Customized for harsh operating conditions such as in petrochemical industry, oil refining, or flare gas recovery in chemical plants
Maximum Discharge Pressure
0.75MPa (G), with isothermal compression
Strong Adaptability
Capable of suctioning high-humidity gases (including saturated steam), gases containing solid particles, as well as toxic, corrosive, flammable, explosive, and hazardous gases
Double Acting Design
Completes two suction and discharge cycles per impeller revolution, achieving high compression efficiency and self-balancing radial forces
High Efficiency & Energy Saving
Large-diameter radial suction and discharge ports, with the conical portion extending into the impeller chamber, ensure smooth flow with minimal air and water resistance, resulting in high efficiency and low energy consumption
High Safety Factor
Designed for 2.5MPa pressure (well above operating pressure)
Conical Distributor
Inlet pressure fluctuations have minimal impact on the compressor
Easy Maintenance
Fewer mechanical parts guarantee easy maintenance
Mechanical Seal
Single or double mechanical seal options are available
Rich Material Options
Over 10 material options, including cast iron, stainless steel, or superalloys
Product Introduction
Performance Range
- Maximum Discharge Pressure
- 0.75 MPa (G)
- Capacity Range
- 680~4420 m³/h
Applications
Dry/Wet Chlorine Gas Compression
Acetylene Compression
Hydrogen Compression
Waste Gas Recovery
VCM Recovery
Coke Oven Gas Compression
Oil Gas Recovery
Nitrogen Oxide Recovery
Ethylene Compression
Flare Gas Recovery
Ethylene Glycol Compression
