Mesh vs. Blade: Which Drift Eliminator Type Wins?

When it comes to cooling towers, drift eliminators are a key component in keeping the surrounding environment safe and clean. These devices help to remove mist and other airborne particles from the exhaust of the tower, preventing them from venturing into the atmosphere. One of the most common types of drift eliminators are mesh and blade – but which one is better?

Mesh drift eliminators are made up of interwoven layers of polypropylene strands that create a dense mesh structure. This design works to catch and collect any mist or particles that come in contact with it, preventing them from floating into the air or making their way into the surrounding environment. This type of eliminator is known for its durability, with its materials designed to withstand harsh outdoor conditions.

On the other hand, blade drift eliminators are created using a series of sawtooth-shaped pieces of PVC, which are arranged in angled rows. As water passes through the eliminator, the blades cause it to change direction, preventing particles from traveling any further. Blade eliminators work by using the inertia of the water droplets to direct them downwards, where they can be collected and drained out of the system.

So, which type wins in the mesh vs. blade debate? Well, it largely depends on your needs and preferences. Mesh drift eliminators are popular because they can capture fine mist particles, which can be a significant source of pollution. However, because their design is denser, they may require more maintenance to keep the mesh from becoming clogged over time.

Blade drift eliminators are commonly used because they can also capture fine mist particles but don't require as much maintenance as mesh eliminators. However, they may not be as effective in high-wind conditions, which can cause droplets to fly off track.

Ultimately, both mesh and blade drift eliminators serve the same purpose – to keep the air clean and safe. The decision of which one to use will depend on a variety of factors, including your budget, maintenance needs, and overall system design. Regardless of which type you choose, investing in a quality drift eliminator is essential to ensuring the long-term success and compliance of your cooling tower system.

In conclusion, both mesh and blade drift eliminators have their strengths and weaknesses. Choosing which one to use will depend on your specific needs and preferences. To make the best decision, it is recommended to consult with a cooling tower expert to find the best fit for your system.

For more information, please visit drift eliminator types, turbidity in cooling tower water, close loop cooling tower.