1-805-484-2992
Quotes - Engineering - SalesAir Drying & Processing
Comprehensive line of compressed-air and gas treatment equipment — including refrigerated and desiccant dryers, moisture separators, condensate management, filtration, and nitrogen generation systems. With decades of combined engineering and manufacturing experience, our products are designed to meet rigorous industrial standards while delivering efficient, reliable, and clean air and gas for critical processes.
- System Range: From air drying and filtration to gas treatment and nitrogen generation, we cover the full spectrum.
- Flexible Capacities: Solutions scale from small point-of-use dryers (few scfm) up to large flow systems for heavy industrial demands.
- High Purity & Performance: Desiccant and refrigerated dryers provide clean, dry air and meet high purity standards for demanding applications.
- Energy-Efficient & Durable: Our designs prioritize energy savings, reliability, and long-term operation across industrial environments.
- Customizable & Modular: Many systems are modular or customizable — from small compressors to full-scale plant solutions — to match diverse application needs.
- Full Industrial Support: Our team offers design, engineering, and sales support — delivering tailored solutions and project-level assistance for industrial clients.
Air Drying & Moisture Separation
Clean & Dry Air
- Refrigerated & Desiccant Dryers
- Condensate Management
- 2 SCFM to thousands SCFM
Refrigerated Air Dryers
Dry Below Dew Point
- Dew Point as low as +37.4 °F (3 °C)
- Variable-speed Options
- Continuous Drying
Desiccant Air Dryers
Ultra-Dry Compressed Air
- 3 to 177 SCFM
- Compact Footprint
- Low Maintenance
Filtration & Gas Treatment
Clean Air & Process Gas Solutions
- Separators, Coalescing Filters
- Nitrogen Generation Systems
- Moisture Removal & Treatement
Why Choose Our Air & Gas Drying Systems?
Applications
These compressed-air and gas drying systems support a wide range of industrial and commercial applications. Typical uses include compressor-room air treatment, manufacturing process air, point-of-use protection for instrumentation, and specialized gas conditioning for food & beverage, electronics, automotive, and other critical production environments.
System Performance & Materials
Each dryer is built with high-quality components and engineered for long-term performance, offering clean, dry air or gas at consistent dew points. Technologies range from compact point-of-use desiccant units to high-capacity refrigerated systems. Designs emphasize durability, minimal maintenance, and efficient operation, with flow capacities available from just a few SCFM to several thousand SCFM to meet a wide range of process demands.
Refrigerated Dryers
Refrigerated dryers cool compressed air to condense and remove moisture, achieving dew points as low as +37.4 °F (3 °C). Variable-speed refrigeration technology enhances energy efficiency while maintaining stable dryness. These systems are ideal for continuous-duty compressor rooms and general plant air requiring dependable moisture control.
Desiccant Dryers
Desiccant dryers deliver ultra-dry, particle-free compressed air through adsorption technology. Modular configurations support flows from just a few SCFM up to large industrial systems. Many models include dew-point monitoring, integrated filtration, and easy installation options such as wall or floor mounting—ideal for sensitive tools, instrumentation, and controlled process air applications.
Filtration, Moisture Separation & Gas Treatment
A full range of filtration and separation solutions is available, including coalescing filters, moisture separators, condensate management systems, and nitrogen generation equipment. These components ensure clean, contaminant-free air or gas for demanding environments, and are scalable for everything from small workshops to large industrial facilities.
Common FAQs
These air and gas treatment systems are designed to deliver reliable, high-purity dryness for a broad range of industrial operations. Whether you need a compact point-of-use dryer or a high-capacity system for a production facility, each solution helps reduce contamination, cut maintenance costs, and protect downstream equipment by ensuring consistently clean and dry air or gas.
These air-drying and filtration technologies provide key operational advantages:
- Clean, Dry Air/Gas: Effective removal of moisture, oil, and particulates extends equipment life, protects instrumentation, and improves product quality.
- Energy Efficiency: Modern refrigeration cycles, efficient desiccant regeneration, and optimized internal flow paths help reduce energy use and operating costs.
- Flexibility & Scalability: Solutions are available for small point-of-use lines, mid-size production systems, and high-capacity industrial facilities — with optional filtration, nitrogen generation, and moisture separation.
- Industrial-Grade Reliability: Robust construction and engineered components ensure dependable service in demanding conditions, supported by proven performance standards.
Different drying technologies operate using distinct methods:
- Refrigerated Dryers: Compressed air is cooled through a refrigeration circuit until moisture condenses, allowing water to be separated and drained to achieve a stable dew point.
- Desiccant Dryers: A twin-tower adsorption system dries the air; while one tower is actively drying, the other regenerates, producing extremely low dew points for sensitive applications.
- Filtration & Moisture Separation: Coalescing filters, particulate filters, and moisture separators remove oil, bulk liquid, and solids before or after drying to ensure air and gas purity.
- Nitrogen Generation & Gas Treatment: Membrane and PSA-based systems generate clean, dry nitrogen or treat other gases for use in inerting, packaging, and high-purity industrial processes.
These systems are recommended for any process that depends on clean, dry, and contaminant-free compressed air or gas. They are especially valuable in humid environments, production lines requiring strict air quality standards, applications with sensitive instrumentation, and operations where moisture or contamination can lead to corrosion, inconsistent product quality, or premature equipment failure.
