Know About the Importance of Moisture Separator

The presence of wet steam can have a negative impact on the performance of steam-operated machines found in various industrial sectors. This is because when moisture and steam are mixed together, it can cause damage to the internal components of the machine, resulting in reduced productivity and efficiency. For this reason, it is important to ensure that the steam being used does not contain an excessive amount of moisture to avoid any potential problems.

Engineers are constantly working to reduce the amount of moisture present in wet steam in order to increase process efficiencies and the quality of the end product. Moisture separator is a widely used component in these efforts, and are usually installed in-line to operate alongside other machines involved in the process.

How does steam adversely affect machines?

When steam has an excessive amount of moisture, it has a negative impact on the product capacity and productivity of the plant. To ensure optimal performance, dry steam free of moisture, water droplets, and contaminants is preferred.

In steam-operated or driven systems, steam travels at high speeds, carrying along water droplets and other contaminants which, upon impact with internal elements, valves and fittings, result in erosion. This causes costly repairs, maintenance, and replacements. Therefore, this issue must be taken into account.

Steam-operated systems are at risk of premature failure due to the presence of contaminants in water droplets. When valves and flow meters fail, it can lead to significant process interruptions. To reduce this risk, it is important to take steps to ensure the quality of the water used in the system.

What should you expect from moisture separator?

Investment in high quality steam separators is essential for the geothermal sector, as steam-powered and steam-heated processes such as power turbines can be negatively impacted by steam.

These separators must be sturdy and durable enough to provide a lengthy lifespan. They should be able to remove 99% of all entrainment measuring 10 microns and above, and be suitable for use on gas, steam, air, and vapor pipelines.

In certain industries, the need for improved process efficiencies can be met by custom designing steam separators to meet more stringent specifications.

Ensure that the internal components of the moisture separators are constructed with durable, high-grade steel that will not corrode or rust quickly. Look for the ASME stamps which certify the product has been manufactured using the highest engineering standards.