What roles do steel pipes play in the HVAC-R industry?
- What is HVAC-R?
- Air Conditioning
- Properties of steel pipes important for HVAC-R
- Ability to Withstand Corrosion and High Temperatures
One of the most useful industrial and construction materials in the world would have to be steel pipes. Many industries have also taken advantage of the highly desirable properties of steel in order to manufacture different types of piping systems for their industrial or construction needs.
Typically, steel pipes in the HVAC-R industry are used in order to achieve a proper transfer and flow of fluids from one point to another. The purpose of the transfer and flow of these fluids in a highly-organized piping system is to provide comfortable ventilation in industrial, or even household spaces.
Continue reading to learn more about the important roles that steel pipes play in the HVAC-R industry.
What is HVAC-R?
Simply put, HVAC-R simply stands for heating, ventilation, air conditioning, and refrigeration. An HVAC-R system typically refers to the way by which the transfer and flow of fluids help regulate the environmental temperature in a given system.
It is more often than not too easy to overlook the largely positive impact innovations in the HVAC-R system have had on several industries, as well as, in the field of science and technology. HVAC-R has allowed households with proper piping to breathe in fresh air, as well as, take advantage of the comforts of an optimal temperature level.
While the factors mentioned above are typical qualities associated with larger-scale piping endeavors, HVAC-R is also important in order for many physical hardware devices to properly run. After all, these devices require specific environmental standards in order for them to have longer shelf lives.
With that in mind, it’s now important to look at the important mini-systems within the HVAC-R, namely heating, ventilation, air-conditioning, and refrigeration.
Basing simply from the name itself, heating refers to the act of transferring thermal energy from one point to another. The important consideration for this component is that its purpose is to run non-independently with the other components. As such, there are many complexities in this type of system.
Heating can refer to an increase in environmental temperature due to the transfer of heat, or the addition of heat. Some relevant components that one should keep in mind, include a heating coil, heating pump, and of course, the steel pipe.
The general definition of ventilation refers to the process of transferring filtered air particles from one area to another. This process can either be artificially or naturally induced. Through proper manipulation, HVAC-R systems offer proper industrial and household ventilation.
Air-conditioning simply refers to the process by which an environment’s humidity levels are altered. It also refers to the process of changing air quality and temperature.
Since energy is neither created nor destroyed, but simply transferred, the process of refrigeration involves the transfer of heat energy from an internal space, towards an external space where the heat is expelled. Refrigeration typically contains refrigerants which are fluids containing very low boiling points in order to absorb heat.
Properties of steel pipes important for HVAC-R
With the many complex processes involved in the HVAC-R system, it’s no surprise that the preferred material for the transport of fluids is the steel pipe. Due to a number of highly-attractive qualities, HVAC-R industry purveyors have ubiquitously used this type of material in many of their operations. Just some of the qualities exhibited by steel pipes include durability, ability to withstand corrosion and high-temperature levels, as well as, flexibility.
Because the HVAC-R system largely depends on the proper transfer of fluids from one point to another, it’s highly imperative that the material used for this endeavor should have durable properties.
Through physical and chemical manipulations of steel’s grain components, its strength is increased, making it more advantageous for industrial use. Industries would be able to take comfort in the knowledge that their steel pipes won’t be prone to breakage. Furthermore, the pipes would be able to withstand different and drastic changes in pressure levels.
Ability to Withstand Corrosion and High Temperatures
On the other hand, steel alloys are virtually resistant to almost any type of erosion resulting from exposure to oxygen. Pipes made from steel would then have no need for constant replacement of their pipes due to corrosion. Not only does this benefit the HVAC-R system as a whole, but this also presents industries with positive financial outcomes.
In line with this, steel pipes are also able to withstand higher temperatures, reducing the instances of bursts or leakages in piping systems. Compounded with many other components, the ability of steel pipes to be subjected to high heat levels prevent instances of a system overheat.
The process of manufacturing steel pipes involves the shaping of the material itself. Because of steel’s flexibility, manufacturers can produce piping materials coming in varying degrees of bentness, thickness, and other essential attributes. Not only is this imperative for the optimal flow of fluids, but this property is also consequential, in terms of organizational structuring.
Steel pipes can then be aesthetically arranged and fitted in a given location, in conjunction with other electrical systems, and other relevant building systems.
The role of steel pipes in the HVAC-R industry is something that cannot be diminished. Steel pipes offer the structural and organized way by which fluids and transported from one area to another, providing a location with the proper kind of ventilation, and offering its inhabitants with maximum comfort.
The article above has hopefully equipped you with some basic information on just how such a simple material such as a steel pipe can create enormous and impactful outcomes for large-scale industries.