To increase the oxygen concentration and reduce water vapor in compressed air, an air compressor moisture trap is used. This device condenses the air’s water vapor, then eliminates it from the stream altogether. By doing this, companies that use this type of compressed air can increase the efficiency of their operation and benefit from their equipment in a more effective manner.

When it comes to air compressor moisture traps, the refrigerated type is far and away the most popular. This technology uses cooling to eliminate the water vapor from the airstream. The cooled air is passed through a condenser, where it interacts with the coil and a drip pan assembly to gather up any moisture. A heater is then used to bring the air back to the ambient room temperature.

The alternate air compressor moisture trap option makes use of a drying agent to soak up moisture within the air, typically a silica gel or calcium chloride. After the vapor is vanquished, the air is heat-regulated to bring it back to the ambient temperature of the surrounding space.

To free up the air from moisture, the absorption type of air compressor moisture trap relies on a chemical, most often a molecular sieve, to draw out water vapor. The air is then heated back up to the same temperature as the room in which it’s located with a heating coil.

A centrifugal type of moisture trap utilizes a spinning wheel to efficiently separate the water vapor from the air. After this, the now-dry air is rewarmed to match the climate of the chamber by circling it through a heated coil.

Instead of the usual methods, some air compressors rely on a coalescing type of moisture trap to get rid of any water vapor from the air running through. By passing the dry air through a heated coil, the compressor is able to warm it up to the ambient temperature of the room.

The sixth form of air compressor moisture trap is that of activated carbon. This type makes use of a spread of activated carbon for extracting the vapor in the air. Once filtered, the dry air is heated with a coil until it is in alignment with the ambient temperature present in the room.

The seventh type of moisture trap for air compressors relies on a membrane to eliminate water vapor from the atmosphere. After the air is dried, it is run through a heating coil to bring it to the ambient temperature of the area.

To remove the water vapor from the air, the eighth form of air compressor moisture trap uses cryogenic liquid nitrogen. Subsequently, it is passed through a warming coil to bring the dry air back up to the temperature of the surrounding area.

The ninth kind of air compressor moisture trap relies on a sorbent. Through the use of a specially formulated sorbent material, the water vapor is drawn out of the air as it passes through. Once all of the water vapor is removed, a heating coil is used to bring the air back up to the temperature of its environment.

The tenth type of air compressor moisture trap is the electrostatic kind. In this form of trap, an electric field is used to eliminate the water vapor from the air. Once the air has been dried, it is routed through a heating coil to bring it back up to the temperature of its surroundings.