Reliable Dry Air Anywhere with a Portable Compress…

Even trace humidity can distort readings, damage sensitive instruments, or reduce the reliability of pneumatic systems. That’s why a portable compressed air dryer is more than just convenience; it’s a key to maintaining accuracy and consistency wherever clean, dry air is needed.

At Air & Vacuum Process, Inc., we specialize in compact systems that deliver dependable performance in the field and inside the lab. Our Small/Mini Clean Dry Air (CDA) Packages are designed for professionals who demand laboratory-grade results without a fixed installation.

Why Portable Dryers Matter in Precision Work

Compressed air often carries moisture, oil, and other contaminants that can interfere with analytical instruments, calibration systems, or air-driven tools. In research or environmental monitoring, even a few droplets of water vapor can alter gas composition, cause corrosion in lines, or shorten the life of filters and sensors.

A portable compressed air dryer solves this problem by removing moisture to achieve extremely low dew points. This ensures stable, moisture-free airflow for any application—especially important when field conditions change rapidly or when equipment must be moved between sites.

When paired with reliable filtration and desiccant systems, portable dryers help laboratories and mobile units maintain controlled conditions equal to fixed installations.

Compact Performance: Mini Clean Dry Air Packages

We offer two compact systems engineered for reliability and precision:

1. Small/Mini Clean Dry CO₂-Free Air (CDA) Package, 115/1/50/60, –100°F dew point, 4 L/min
   
2. Small/Mini Clean Dry Air (CDA) Package, 115/1/50/60, –100°F dew point, 10 L/min

Both models provide a continuous flow of clean, dry, and oil-free compressed air using oil-less compressors with piston pump technology. The result is consistent airflow without the risk of oil contamination—an essential requirement in analytical and cleanroom environments.

Each package includes a twin-tower regenerative dryer of heatless design, ensuring uninterrupted operation. As one tower adsorbs moisture, the other regenerates, maintaining a constant supply of dry air with dew points as low as –100°F.

To simplify monitoring and enhance reliability, optional solid-state control boards replace mechanical relays and timers with robust electronic circuitry. These boards track both humidity and pressure, optimizing cycle timing while reducing maintenance needs. This design not only minimizes wear but also provides real-time insight into system performance.

Applications Across Industries

The versatility of a portable compressed air dryer makes it essential across multiple fields:

• Environmental Monitoring: Provides clean, moisture-free air for gas analyzers, particle counters, and mobile calibration systems.
• Analytical Laboratories: Supplies dry air for gas chromatography, FTIR, or spectrophotometry, where moisture can skew results.
• Clean Manufacturing: Powers instrumentation in electronics, optics, and pharmaceutical production lines where air quality is critical.
• Field Research and Mobile Labs: Offers flexibility for scientists working in varying humidity or temperature conditions.

In each case, dry, oil-free air ensures the consistency and repeatability that technical operations demand.

The Role of Molecular Sieve in Air Drying

At the core of high-performance air drying is the molecular sieve, a highly porous sodium aluminosilicate bead engineered for precise moisture adsorption. Van Air Systems’ MS16 CARTRIDGE 26-0889 Fits ID 15/IND is a trusted option for use in our systems.

With a 4-angstrom pore size, this molecular sieve selectively captures water molecules while allowing other gases to pass through. Its round shape provides higher abrasion resistance, longer service life, and a lower pressure drop compared to extruded types. The result is more stable air quality and consistent moisture removal.

When used in a portable compressed air dryer, the molecular sieve ensures pressure dew points as low as –100°F, even under varying operating pressures. This level of dryness is vital for applications where moisture fluctuations can compromise test validity or equipment safety.

Key Benefits of Van Air Systems Molecular Sieve

• Maintains moisture retention consistency from 10% to 100% relative humidity.
• Produces dew points as low as –100°F, supporting the strictest air quality standards.
• Reduces pressure drop, increasing efficiency and system longevity.
• Withstands abrasion better than extruded beads, making it ideal for regenerative dryers.

Because of its precision and reliability, molecular sieve desiccant is commonly used in special process applications, such as analytical air systems and clean gas drying. While it is more costly than other desiccants, its ability to deliver ultra-low dew points and stable performance justifies its use in high-value systems.

Design That Prioritizes Reliability

Both CDA packages from Air & Vacuum Process, Inc. incorporate proven engineering principles tailored to portable use. The oil-less compressor design eliminates the risk of oil vapor contamination—a frequent problem in standard air compressors. The piston pump technology ensures consistent flow rates and reduced noise, while the heatless twin-tower dryer minimizes energy consumption and downtime.

Each dryer is built to perform continuously without mechanical relay wear or timer drift, supported by solid-state controls that respond precisely to humidity levels. This approach ensures consistent regeneration cycles and prolongs the life of both the desiccant and compressor components.

The end result is a portable compressed air dryer system that performs with the same reliability as a stationary setup but can be relocated effortlessly when field conditions demand flexibility.

Supporting Your Clean Air Requirements

Whether you operate an environmental testing trailer, a mobile lab, or a compact research station, your results depend on consistent air quality. Air & Vacuum Process, Inc. provides not just the main dryer system but also the supporting components—filters, desiccant cartridges, and molecular sieves—that sustain peak performance.

With proper filtration and adsorption technology, you can protect instruments, reduce maintenance downtime, and ensure every measurement reflects true conditions.

Your Partner in Precision Air Systems

Maintaining clean, dry air isn’t optional in high-precision environments—it’s fundamental. Our portable compressed air dryer systems and advanced molecular sieve solutions help you achieve the stability and reliability your applications require.