Reciprocating gas compressors hx & hn

Offering extremely reliable solutions for a wide range of applications, our HX/HN Series oil-free piston gas compressors help keep your costs in check with low maintenance requirements. HX and HN gas compressors handle gases such as air, nitrogen, CO/CO2, methane, hydrogen and argon. In addition to standard packages, they can be customized to meet your exact process requirements.

Features

Did you know?

HX and HN high pressure gas compressors deliver clean energy at natural gas grid injection stations and for CNG applications, true to Atlas Copco's commitment as one of the world's most sustainable companies.

Certified oil-free

Securing your process with the best possible air and gas quality, oil-free technology meets the stringent ISO Class Zero standard. Oil-free delivery is not only important when gas comes into contact with consumable end products; it also eliminates the adverse effects that oil can have on your processes and equipment.

Fully adaptable to your application needs

We can meet your gas composition compatibility and inlet pressure requirements with fully customized parts and materials. Choose components (valves, piston rod packings, cylinders) according to your gas type and humidity content, or select a standardized setup.

Handling many gases and applications

Meet one of the most versatile reciprocating compressors in the industry: HX/HN compressors handle air, nitrogen, helium, hydrogen, argon, CO/CO2, biomethane, natural gas, compressed natural gas for grid injection, etc

24/7 compressor operation

Boosting your uninterrupted productivity, HX/HN piston gas compressors can work efficiently and cost-effectively under difficult site conditions with minimal maintenance and long overhaul intervals

Up to 8 000 hours/year service-free

Turn to a machine that gets the job done without fail. With a horizontal balanced opposed design that is safe and produces less vibration, HX/HN gas compressors several thousand hours per year without service intervention. Low piston speed and low inter-stage temperatures also preserve the inner parts of the machines, drawing from API 618 guidelines