The applications of compressed air are many, and it is commonly found in businesses and homes. The systems that produce the air can be very complex and large such as those that service a large number of workstations to simple systems such as those used to inflate tires. Depending on the need, the setup components can vary but typically include piping and regulators, filters and air dryers, and receivers and compressors.

Piping and Regulators

Piping channels the air to specific points that are located away from the compressor. This is particularly true for large industrial systems and some medical applications such as a dentist’s office. A compressed air system Jacksonville FL in an industrial setting, compressed air system Jacksonville FL may require air at workstations several feet away from the setup. High-quality air is needed at the dentist chair because it helps operate the tools and equipment. The pipe may be made of polyethylene or metal, and it is not unusual for both types to be present in one system. Regulators control the pressure of air moving through the pipe.

Filters and Dryers 

Applications that require moisture or contaminant-free including those in the medical and food processing industry. Filters can remove contaminants and particles from the air before it reaches the service point. Depending on the need, the filters can be a simple cartridge or a custom-designed system to meet specific needs. Hot or cold air can be used to remove moisture from the air and drain or wick it away before use.

Receivers and Compressors

Tanks or receivers function to store compressed air, preventing undue stress on the compressor and helping the system absorb sudden supply demands. It is not uncommon for the receiver to be integrated into the compressor pump, which can help with the maintenance and installation of the system.

The compressor is the center of the system and endures most of the workload. Most include a prefilter assembly to remove particles that may damage the components, a pump that uses power to turn, and an aftercooler to cool lubricants that are used in the process. 

Systems that produce compressed air are a common feature in many applications. Variations in the components of such systems can vary based on specific needs. The basic components remain the same and serve to complete the functions needed to produce pressurized air as well as filtering, storing, conditioning, and channeling the product to where it can be used.