Industrial Piping

It is interesting to note that the piping system in an industrial or commercial set up performs perhaps the most important function, while at the same time is also the least noticed of all the components. Pipes as we all know is used to transport either liquids or gases from one place to another such set ups. Efficient transport of such fluids has an important bearing on the productivity of an industrial establishment. If something were to go wrong with the pipeline system such as the dirt and air separator, then it could mean a significant drop in productivity. Pipeline design studies has in fact become a sought-after area in engineering nowadays. With the progress in the field of computer aided design (CAD), there are new lucrative career avenues opening up in this line by the day.

More information on dirt and air separator

Materials used for piping

The pipes used in industrial and commercial contexts are manufactured from a variety of materials, depending on the end application. A good example is steel, which is one of the most commonly used material. Similarly, plastic is also extensively used for creating piping systems. Copper is another metal that is widely used, particularly in areas where there is a higher risk of corrosion involved Aluminium is one more type that is used, offering a combination of strength and flexibility at the same time. Glass pipelines are also found in some commercial establishments. Wood is another pipeline material that is used in certain industries. Concrete pipes are usually used to transport large amounts of liquids. They are also used extensively by municipal authorities while designing sewage treatment systems in cities.

Key components in the system

A pipeline system consists of several key components. One of the key parts in a pipeline system is the pressure valve. Fluids usually need to be delivered at the right pressure in industrial environs and for this specially designed valve are used. Then there are different types of gauges that are also used for measurement purposes. The pressure gauge, as the name suggests is used for measuring pressure. Similarly, there is a gauge to measure the flow rate of the liquids through pipes. In certain settings such as pharmaceuticals and chemical manufacturing industries, the fluids that are passing through the pipelines also need to be maintained at a certain temperature. There are specialized temperature control systems that are available.

Helping improve energy efficiency

One of the most important components of a pipeline system in an industry is the dirt and air separator. They perform a crucial function by removing all the dirt particles that may have got accumulated due to corrosion inside pipes. Air is also trapped inside pipeline systems. If this air is not removed, then it could lead to a spike in maintenance costs. The device ensures that these things don't happen and offer several benefits. One of them is reduction in the noise of pumps and radiators. Similarly, they ensure less wear and tear of valves. They also help improve cooling or heating efficiency. Most importantly, they also help bring down energy costs. This happens because the entire pipeline system's efficiency improves and helps bring down the consumption of electricity.