Our Liquid Ring Compressor Range
Low Pressure
Medium Pressure
High Pressure
Proven Performance & Reliability
NASH liquid ring compressors have the greatest performance range worldwide. Our compressors work on discharge pressures of up to 200 PSIG (15 bar abs.) with a suction capacity of 8,800 CFM (1,500 m³/h) or 9,400 CFM (16,000 m³/h). Thus, compressing gas to 30 PSIG (2 bar abs.) depending on the machine and application.
Advantages Of Liquid Ring Compressors
NASH liquid ring compressors require minimal care and low maintenance. Our compressors reduce power and operating costs by handling higher capacities with less energy, and provide the following features and benefits:
• Ability to handle carryover resulting in minimal process problems and an increase in uptime; intended for severe applications
• Designed for long life of 40+ years offering the highest reliability
• No internal lubrication required, which means less maintenance and downtime
• No metal-to-metal contact and constant wear-free performance
• Cool running, minimal temperature rise between inlet and discharge; ideal for explosive gases and vapor recovery applications
• Only one moving part for simple and reliable operation
Low Pressure Liquid Ring Compressors
(Up to 30 PSIG or 2 bar abs.)
Low-pressure liquid ring compressors deliver reliable, proven performance for wastewater treatment, digester gas compression, aeration, and many other applications and industries. With a discharge pressure of up to 30 PSIG (2 bar abs.), Nash provides efficient, low-pressure compressors that require low maintenance. Alternate seal liquids can be used when water is not compatible with the process gas.
Low-pressure liquid ring compressors deliver reliable, proven performance for wastewater treatment, digester gas compression, aeration, and many other applications and industries. With a discharge pressure of up to 30 PSIG (2 bar abs.), Nash provides efficient, low-pressure compressors that require low maintenance. Alternate seal liquids can be used when water is not compatible with the process gas.
Medium Pressure Liquid Ring Compressors
(Up to 75 PSIG or 6 bar abs.)
Medium pressure liquid ring compressors deliver reliable, proven performance for demanding process applications such as:
• recovery and compression of hydrocarbons
• compression of hydrogen, chlorine, and other process gases
With a discharge pressure up to 75 PSIG (6 bar abs.), Nash offers efficient, medium pressure compressors with low maintenance requirements. Alternate seal liquids can be used when water is not compatible with the process gas.
Our medium pressure liquid ring compressors are available in stainless steel, ductile iron, and other optional materials.
Click the link to learn more about medium pressure liquid ring compressors.
High Pressure Liquid Ring Compressors
(Over 75 PSIG or 6 bar abs.)
High pressure liquid ring compressors deliver reliable, proven performance to move toxic, explosive, and corrosive gases in oil & gas, petrochemical, and chemical applications. This includes flare-gas recovery and vinyl chloride monomer (VCM) recovery.
With a discharge pressure over 75 PSIG (6 bar abs.), Nash offers powerful, high pressure compressors with low maintenance requirements. Alternate seal liquids can be used when water is not compatible with the process gas.
Our high pressure liquid ring compressors are available in stainless steel, cast iron, and other optional materials. Click the link to learn more about high pressure liquid ring compressors.
Liquid Ring Compressor Applications
NASH liquid ring compressors are the preferred solution and designed for harsh and demanding processes or any other type of wet, corrosive, dirty, or explosive gas including:
- Flare gas recovery
- Flare gas compression
- Vinyl chloride monomer recovery (VCM)
- Vent gas recovery
- Vapor recovery
- Hydrogen compression
- Oxygen/ozone compression
- Wastewater treatment methane compression
- Carbon dioxide compression
- Waste gas compression, power plants
Inside A NASH Liquid Ring Compressor
The NASH compressor is simple with only one moving part that is a rugged, balanced rotor requiring no internal lubrication. A rotating ring of liquid compressant does what sliding vanes or pistons do in other compressors.
The liquid compressant is represented in the below model by the grid-patterned area. Curved rotor blades, shown in section, transmit power to keep liquid rotating.
The liquid compressant is represented in the below model by the grid-patterned area. Curved rotor blades, shown in this section, transmit power to keep liquid rotating.
The ring of liquid follows the inside of the round-shaped body. Each revolution, every rotor chamber fills with liquid, then partly empties.
While a chamber is going past the inlet port, the liquid moves out. Air or gas is drawn into the chamber. When a chamber arrives at the discharge port, compressed air or gas escapes to the compressor discharge.
Highest Standards
Nash is committed to the highest standards in production and safety. We have earned many ISO certificates issued to our facilities worldwide. We continue to improve the highest quality by optimizing internal processes.
NASH compressors are certified to ATEX and other global industrial standards.
Efficient Solutions
Our vast compressor product line includes a wide performance range of liquid ring compressors worldwide, including single and two stage compressors. By handling higher capacities with less energy, our compressors reduce power and operating costs.
Nash has a global network of services and support is always available to keep your system running for years. Backed by over 100 years of experience, Nash will provide the right compressor to suit your application needs. Need performance plus proven reliability? You need Nash.
Downloads For Liquid Ring Compressors
