How To Fight Corrosion In An Industrial Environment

Engaging in industrial operations bring with it a number of challenges that must be met to keep things running smoothly. Among these challenges are the necessary steps required to help keep machinery and tools in fine working order. Corrosion is something that can negatively impact machinery over time, but there are steps that can be taken to negate this. Let's examine a few.

Utilize Corrosion Resistant Metals
When it comes to preventing corrosion in an industrial, the best place to start is by utilizing corrosion resistant metals wherever possible. Moisture in the air is the primary cause of rust and corrosion for metal. Using metals such as zinc, aluminium, and stainless steel each have a protective layer that resists and stalls the corrosion process.

If a boiler is used during industrial operations, then deaeration is a must to forestall corrosion. Deaeration is the process of removing oxygen and other dissolved gases from feedwater. Deaerator trays and spray valves work in unison to mix steam and incoming boiler feedwater to remove the dissolved gases. These gases can cause severe corrosion in boilers as they oxidized the metal resulting in rust.

Add A Layer Of Protection
Another way to slow and prevent corrosion to the metal in an industrial facility is by applying a protective layer of resin. A polymer-based topcoat acts as a closed seal creating a barrier between the base metal and any oxidizing elements. These polymer layers are also resistant to high temperatures making them suitable for most environments and durable over a long period of time.

These are but a few of the available options that can be employed to help reduce and prevent corrosion in an industrial setting. Every option should be explored to test its viability for a particular facility, but the importance of taking these measures are important from a cost savings point of view. It is cheaper to take preventative measures in the present rather than having to halt production and replace parts in the future.