Centrifugal compressors

Standardized or tailor made turbocompressor solutions

No matter your centrifugal compressor needs, Atlas Copco can help you handle the pressure. Depending on your process needs and commissioning time, we can engineer a solution that best fits your process. LNG, midstream, chemical/petrochemical or fertilizer, we have you covered.

Highly economical compressor technology

Large or small, we design our centrifugal compressors for economical and efficient operation. Integrally geared or single shaft, our compressors are among the most efficient in the industry.

Ready for your process challenges

All Atlas Copco turbomachinery is custom-engineered to your specific application. We work with you to achieve your specific process specifications before we machine the first impeller, ensuring a quality process result once the machinery is up and running. We meet all industry standards, including API 617 for gas compressors and API 672 for air compressors

Our turbocompressor range

GT-Series centrifugal compressor

up to 205 bar(a) discharge pressure, up to 500,000 m3/h volume flow

T-Series centrifugal compressor for downstream applications

up to 43 bar(a) discharge pressure, flow volume up to 65,000 m3/h

RT-Series single-shaft radial compressor

up to 650,000 m3/h volume flow, up to 60,000 HP

Compander (TM) integrally geared compressor expander

Compander with rated power up to 30 MW

AeroBlock (TM) standardized main air compressor

The standardized design of AeroBlock™ achieves significant savings by reducing CAPEX and improves efficiency to reduce OPEX as well.

TurboBlock (TM) standardized centrifugal compressors for fuel gas boosting

Designed for the power generation industry, our standardized TurboBlock compressors meet a growing demand for fuel gas boosting solutions with short lead times and long-lasting reliability.

PolyBlock (TM) standardized non-geared compressor for PP/PE

Delivers maximum reliability and availability for your plastics production. Custom-designed for maximum compressor efficiency and robustness in complex and rigid polyolefin processes.