What You Need to Know About Compressed Air

Involved in the most diverse aspects of our life, compressed air in Condensate Drains has become indispensable in the most different industrial branches.

After water and electricity, compressed air is the element most present in production processes. Analogously known as energy from the air, it is, however, little remembered but responsible for moving industrial equipment, undeniably gaining more space and becoming a competitive differential. Furthermore, compressed air is a necessity in the industrial sector; after all, around 90% of all manufacturing companies certainly use it in some form in their production processes.

Above all, compressed air is an excellent means of storing and transmitting energy, mainly because it is flexible, versatile, and safe when compared to other methods such as for example, batteries and steam. Compressed air is, first and foremost, an ancient form of energy. It gained prominence in the Industrial Revolution, although its use began in 1861 for drilling rocks, while in 1950, it was used in the segment when the first compressor industries were founded.

Consequently, the area of ​​engineering that deals with compressed air are, called “Pneumatics.” In this sense, it studies the control and use of the potential pressure energy that air is endowed with.

Which is:

Compressed air just like in Fluid-Aire Dynamics for example, in short, is atmospheric air that has been compressed, consisting primarily of oxygen (21%) and nitrogen (78%). It is a non-toxic, non-flammable, colorless, and odorless gas. It is composed of different air molecules with a certain amount of kinetic energy.

Aiding in combustion, compressed air is stored in cylinders, canisters, or gallons and is obtained through compressors. Finally, these units have the function of sucking in air from the atmosphere and accumulating it under pressure in a deposit for later consumption. In other words, it can work when this air has a pressure greater than atmospheric. However, before that, it needs to be filtered and regulated.


Compressed air is used in several areas: archeology, painting, cleaning, construction, transport, pharmaceuticals, oil, steel, mining, agriculture, and the food sector.

Why Use?

Since compressed air is beneficial in many ways, it has become an advantage for the industrial process, especially because it is easy to obtain and for those looking to achieve reduction targets.

  • Pressure regulator
  • Low weight to power
  • Supports high load without overheating
  • Combinations with other forms of energy
  • Cost
  • Flexibility
  • Transport
  • Safety


Undeniably moisture, oil, and solid or liquid particles. Without these precautions, the pollutants will remain suspended in the lubricating oil, causing wear on the mechanisms, sealing failures, changes in chemical properties, and increasing maintenance costs. Before opening, make sure that the connections are not disconnected, as compressed air stores a large amount of energy under high pressure. Train the team to follow safety rules. Of course, compressed air must not come into contact with the body. Even though it is not toxic, microscopic particles can get into the bloodstream and cause harm.