Why is compressed air so important for plumbing?

Compressed air had been very useful in many industrial operations and is considered an essential utility to production. It is an important medium for the transfer of energy involved in numerous manufacturing processes, shortening it effectively which leads to more efficient usage of energy. It powers tools such as drills, wrenches, and air hammers. It aids in achieving grand results as it atomizes paint, eases the operation of air cylinders for automation, and even in propelling vehicles.

It is widely used in common operating systems such as compressed air pipe systems and air distribution systems. Because compressed air is economical, adaptable, and safe, it is much preferred in construction because it can be easily transmitted and able to provide labour-saving power.

How do compressed air systems work?

It is important to understand how an air compressor works. Well, it is a device powered by electric motor, gasoline or diesel engine, that compresses air to convert power into potential energy as pressurized air.


Airtight fittings with a full bo reflow are provided by the compressed air pipe system of Transair’s aluminium. It creates an overall energy-efficient system. On the other hand, when a compressed air distribution system was designed, installed, put into use, and sustained, it becomes a major source of power for the said industries. It has many inherent advantages with practicality being one. Since energy is utilized efficiently, reduced costs result.

Compressed air for plumbing

Plumbing greatly benefits from a compressed air distribution system, in particular, because of its operative nature. Looking at the primary objects of a compressed air distribution system, the compressed air gets transported from its point of production, which are the air compressors parts, to its point of use, meaning the applications. If applied onto a PVC tubing, compressed air follows such distribution system in getting rid of debris, clutter, and substances with sufficient quality and quantity, as long as combined with adequate pressure for coherent operation of pneumatic devices and air tools.

This and many more considerations participate in the same vein with the system’s design ensuring the safety and efficiency of the entire system. The list includes:

  1. Air Pressure Requirements
  2. Type and Number of Compressors
  3. Air Quality
  4. Air Volume Flow Rate
  5. Air System Efficiency
  6. Air System Safety
  7. Air Volume Flow Rate Requirements by Compressed Air and Gas Institute
  8. Air System Layout

What to expect when compressed air expands

When a gas expands, it behaves the same way as air in which the volume goes up affecting the temperature to increase. The gas picks up the energy from the surrounding system as the energy needed to increase. This whole process gives it its cooling effect.

Briefly, an expanding gas or an evaporating liquid absorbs heat energy, a principle well-shown by the process of air conditioning in which freon, as a liquid, passes the expansion valve then breaks into atoms, then absorbs heat in the coil. 

Is compressed air safe to get exposed to?

There’s nothing so scary when dealing with compressed air except the actual pressure it carries. Needless to say, compressed air can and may dislodge particles when adjusted to its ultimate powerful setting involving pressure. It is dangerous overall because your eyes could be hit and it may abrade your skin.

Some noted reports of hearing damage because of the compressed air’s pressure and sound. And while all of these pretty much attacks the body superficially, compressed air can attack you from the inside. How? It could be a serious hazard if it gets to enter the bloodstream. As it dislodges there, it becomes embolism or air in the bloodstream. This could go to the brain leaving a part of it deprived of oxygen.