PRODUCT BROCHURE
Polaris® P750
High-capacity industrial applications demand reliable, energy-efficient compressed air solutions that can meet increasing production requirements without compromising performance. Selecting the right compressor technology helps facilities maintain productivity, optimize energy consumption, and manage long-term operating costs while minimizing equipment footprint and maintenance requirements.
FS-Elliott’s Polaris P750 centrifugal air compressor is engineered to deliver high-volume, ISO 8573-1 Class 0 oil-free air with exceptional efficiency and reliability. As the largest model in the Polaris product family, the P750 provides flow capacities up to 22,100 CFM in a compact design, offering a streamlined alternative to larger engineered compressor systems. Featuring advanced aerodynamic technology, a removable airend, and intuitive Regulus® Control Systems, the P750 supports efficient operation, simplified maintenance, and long-term performance.
FS-Elliott’s Polaris P750 Centrifugal Air Compressor brochure highlights the compressor’s key features, performance specifications, and available options. Learn how the P750 delivers dependable, high-capacity compressed air while helping facilities improve operational efficiency and reduce lifecycle costs.
Insights & Resources
FS-Elliott Introduces Polaris® P750, Expanding Its High-Capacity Centrifugal Compressor Portfolio
EXPORT, PA – August 27, 2026, FS-Elliott Co., LLC, a leading manufacturer of oil-free centrifugal air and gas compressors, today announced the introduction of the Polaris P750, the newest addition to its Polaris compressor portfolio. The P750 launch is part of FS-Elliott’s 2026 Innovation Series, highlighting new compressor solutions designed to meet evolving customer needs, broaden application coverage, simplify ownership, and deliver long-term lifecycle value.
Custom Aerodynamics for Centrifugal Compressors
A commonly overlooked factor behind compressor performance is the influence of on-site conditions and the impact they can have on compressor design, daily operation, and running costs. These factors can directly affect energy consumption, daily operations, and system efficiencies, which are critical metrics for facility operators.
Discover How to Use Heat Recovery to Cut Your Energy Costs
In industrial operations, compressed air plays a vital role across a range of manufacturing processes. As air undergoes compression, its moisture content rises significantly. Air compressor manufacturers use intercoolers and aftercoolers to remove much of the water from the air stream to address this. Still, the coolers alone do not remove enough moisture for some applications, and an external dryer, particularly heat of compression (HOC) dryers, become critical.