Compressed Air Dryer and Air Filtration Solutions

• Reduced energy consumption – The cycling refrigeration system switches off during low‑load conditions, helping cut energy use compared to non‑cycling dryers.
• Consistent dry air quality – Maintains ISO Class 4 pressure dew points to protect downstream equipment and processes from moisture damage.
• Lower cost of ownership – Thermal mass energy storage and low-pressure drop reduce compressor run time and overall system losses.
• Environmentally responsible – Uses low‑GWP refrigerants with zero ozone depletion potential to support sustainability goals.
• Reliable, simple design – Fewer components and a streamlined refrigeration circuit improve reliability and reduce maintenance needs.

Add note about available options, such as water cooled and sea water cooled (like the non-cycling).

Ingersoll Rand non‑cycling refrigerated dryers deliver reliable, energy‑efficient drying with low‑GWP refrigerants, helping reduce lifecycle costs while providing clean, dry compressed air. The benefits: 

• Energy efficient – Low pressure drop and reduced specific power.
• Sustainable design – Low‑GWP refrigerants lower environmental impact.
• Reliable performance – Corrosion‑resistant heat exchangers and high‑efficiency moisture separation.
• Compact & flexible – Air‑ and water‑cooled options with reduced footprint.
• Smart control – Easy‑to‑use microprocessor control for system management.

Ingersoll Rand SF Subfreezing Dryers deliver ISO Class 3 compressed air with a ‑20 °C pressure dew point. Their low‑temperature operation makes them ideal for systems with piping or pneumatic equipment exposed to subfreezing conditions, ensuring safe and reliable operation. 

• Subfreezing air quality – ISO Class 3 air with a ‑20 °C pressure dew point, suitable for low‑temperature applications
• Ideal for cold environments – Designed for systems with piping or pneumatic equipment exposed to subfreezing conditions
• Lower operating costs – Achieves subfreezing performance without purge air or energy‑intensive regeneration
• Low maintenance – No desiccant or consumable components to replace
• Flexible performance range – Capacities from 360– 1.600 m³/min support a wide range of applications

Ingersoll Rand heated blower desiccant dryers deliver ultra‑dry compressed air for critical applications while minimizing energy losses.  

• Ultra‑dry air quality – Proven desiccant technology delivers pressure dew points down to ‑40 °C, ideal for sensitive and mission‑critical processes. 
• Lower operating costs – Heated blower regeneration minimizes compressed air losses, making it more energy‑efficient than other desiccant dryer technologies.
• Reliable long‑term performance – High‑strength desiccant, durable valves, and robust components ensure dependable operation and extended service life. 
• Easy installation and maintenance – Low‑profile design and accessible components simplify servicing, reduce downtime, and improve overall system uptime. 
• Intelligent control – Advanced microprocessor controls continuously monitor dryer performance and provide maintenance alerts to help maintain optimal operation.

Ingersoll Rand HLA heatless desiccant dryers are designed to deliver a consistent supply of clean, dry compressed air with a simple and reliable operating principle. Using proven heatless regeneration, these dryers provide dependable dew point performance for applications where air quality and system reliability are critical. The benefits:

• Reliable dry air performance – High‑strength, non‑acidic desiccant delivers stable pressure dew points down to ‑40 °C and optional -70° C for most critical applications. 
• Simple, proven technology – Heatless regeneration uses dried compressed air to regenerate the off‑line tower, ensuring dependable operation with minimal complexity
• Compact, space‑saving design – Low‑profile construction allows installation in areas with limited overhead clearance. 
• Easy maintenance and service – Rear‑mounted inlet and outlet manifolds provide safe, convenient access to valves and key components.
• Built for industrial environments – Rugged construction with a standard NEMA 4 electrical enclosure supports reliable operation in harsh or moisture‑prone conditions. 

Ingersoll Rand  Heat of Compression dryers deliver energy‑efficient drying for oil‑free compressed air systems by reusing heat generated during the compression process. This proven technology provides instrument‑quality air with minimal operating costs and reliable performance:  

• Maximum energy efficiency – Uses recovered compression heat, eliminating the need for external heaters.
• Instrument‑quality air – Consistent pressure dew points down to ‑40 °C for critical applications.
• Lower operating costs – Minimal power consumption and low-pressure drop reduce total cost of ownership.
• Reliable, durable design – Stainless steel heat exchangers, long‑life desiccant, and proven components ensure dependable operation.
• Easy to integrate and maintain – Compatible with oil‑free compressors and designed for simple installation and service.

Ingersoll Rand  compressed air filtration solutions are designed to remove solid particles, oil aerosols, and contaminants from the air stream, protecting downstream equipment and ensuring consistent air quality. With a wide range of filtration grades, these filters help maintain system efficiency, reliability, and long‑term performance.