Radial compressor BCL
air and dry gaselectricstationary

Radial compressor - BCL - Baker Hughes - air and dry gas / electric / stationary
Radial compressor - BCL - Baker Hughes - air and dry gas / electric / stationary
Radial compressor - BCL - Baker Hughes - air and dry gas / electric / stationary - image - 2
Radial compressor - BCL - Baker Hughes - air and dry gas / electric / stationary - image - 3
Radial compressor - BCL - Baker Hughes - air and dry gas / electric / stationary - image - 4
Radial compressor - BCL - Baker Hughes - air and dry gas / electric / stationary - image - 5
Radial compressor - BCL - Baker Hughes - air and dry gas / electric / stationary - image - 6
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Characteristics

Technology
radial
Type
air and dry gas
Power source
electric
Portability
stationary
Application domain
petrochemical
Applications
process, discharge, gearbox
Other characteristics
high-pressure, electric, turbine, impeller
Pressure

Min.: 0 bar
(0 psi)

Max.: 1,000 bar
(14,503.77 psi)

Flow

Min.: 600 m³/h
(21,188.8 ft³/h)

Max.: 160,000 m³/h
(5,650,346.68 ft³/h)

Description

Delivering versatility, reliability, and availability for high-pressure and corrosive conditions Benefits Special design solutions for bundle and lifting ensure zero harm during installation, even in strict floating condition Specific materials are selected to withstand operating corrosive conditions with sour and acid gas Zero-leakage systems guarantee compressor performance and prevent HSE issues Features Discharge pressure up to 900 bar from medium to low volume flow (300 to 145,000 m³/h) Referenced use in tilting-pad configuration for large journal bearings and AMB technology Easy maintenance, upgrades for changing process conditions, optional real-time predictive systems to ensure operating stability Applications Refinery, petrochemical, and fertilizer Onshore and offshore LNG, floating LNG Overview This vertically split compressor design is based on solid expertise in applications across the entire oil and gas industry. It has the flexibility to meet any customer requests in terms of performance, configuration, and train operability optimization—whether it’s driven by a steam turbine, gas turbine or electric motor. CO2 compression capabilities Baker Hughes has an extensive portfolio evolved from proven products and more than 50 years of experience in CO2 compression. Our equipment is operating in more than 90 plants, and we have new developments to maximize performance for carbon-capture applications. The typical train arrangement includes a steam turbine or electric motor driving a high-speed barrel compressor through an increasing gearbox or a pump for CO2 compression applications.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.