Centrifugal compression is our specialty. For more than 60 years, FS-Elliott has engineered compressors for demanding industrial operations. Our portfolio brings together reliable performance, efficient operation and serviceable designs, from industrial air packages to engineered air and gas compressors configured around your requirements.
Reliable, oil-free air for daily production demands. Polaris compressors combine efficient centrifugal technology with straightforward installation, intelligent controls, and accessible maintenance to help customers manage operating costs and maintain dependable air supply.
Available in one-, two-, and three-stage configurations, Polaris compressors range from 250 to 5,000 hp, with discharge pressures up to 250 psig (17.2 barg).
Built on our heritage in API compressor engineering, PAP Plus delivers oil-free air for demanding plant, process and instrument air applications. Configurable packages address project specifications, operating conditions and installation requirements, with dedicated project management support for EPC teams and operators.
PAP Plus compressors are available in one- through four-stage configurations, from 120 to 4,475 kW (160 to 6,000 hp), with discharge pressures up to 31 barg (450 psig).
Gas composition, inlet conditions and pressure requirements guide each compressor configuration. FS-Elliott combines integrally geared technology with application-specific materials, sealing arrangements and controls to deliver oil-free gas compression engineered around your process.
Designed in accordance with API 614 and API 617 requirements, configurations are available with up to six stages, from 1,500 to 8,000 hp (1,120 to 5,970 kW), flows up to 12,000 cfm (340 m³/min), and discharge pressures up to 100 barg (1,450 psig).
Compressor performance is measured over years of operation. FS-Elliott brings application expertise, robust mechanical design and ongoing support together to help customers manage energy consumption, maintain reliability and preserve equipment value.
Our application engineers evaluate your process, operating conditions and project specifications to guide compressor selection. For engineered packages, a dedicated project management team coordinates technical requirements, milestones and communication with EPC teams and operators.
FS-Elliott’s history is rooted in engineering centrifugal compressors for demanding API applications. Robust mechanical designs and protective monitoring help safeguard equipment and support dependable performance in continuous industrial operation.
FS-Elliott’s centrifugal compressors deliver ISO 8573-1 Class 0 certified oil-free air, helping prevent oil contamination throughout your compressed air system.
By eliminating oil from the compression process, our compressors help protect downstream equipment, maintain product quality, and reduce the need for additional oil-removal filtration in critical industrial applications.
Efficient aerodynamics, staged compression and intercooling work together to manage the power required for compression. Capacity control and Regulus operating visibility help your team keep compressor performance aligned with changing demand.
Horizontally split designs provide access to internal components for inspection and service. By considering maintenance alongside performance, FS-Elliott helps your team plan service work, maintain equipment condition, and return compressors to operation efficiently.
Installation and startup guidance, training, OEM parts and service support help customers maintain performance throughout the compressor’s life. Refurbishment and rerate options help extend equipment value and address evolving operating requirements.
See the engineering behind the performance. Follow air through the impellers, diffusers and cooling stages of an FS-Elliott centrifugal compressor to understand how the system produces a pressurized, oil-free air supply.
Growing production at a molded plastics facility created a need for additional compressed air. Discover how an FS-Elliott centrifugal compressor helped the manufacturer meet increased demand while reducing operating expenses.
Compressed air is often called the fourth utility, but in many manufacturing environments, it also plays a direct role in product quality, operational efficiency, and regulatory compliance. That makes air quality more important than many facilities realize.
Compressed air is one of the most widely used utilities in industrial operations, and one of the most expensive. While the upfront cost of a compressor often gets the spotlight, it’s only a small part of the total cost of ownership. The real expenses come from energy consumption, system inefficiencies, maintenance practices, consumables, and downtime.
Many manufacturers know that compressed air is often called the Fourth Utility. After water, electricity, and natural gas, compressed air is equally crucial for manufacturing, and luckily there are solutions to help improve energy efficiency to save costs and reduce greenhouse emissions. Additionally, increased efficiency is essential for ESG initiatives that ensure a healthy world for customers, employees, and communities.
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