Blogs

Mist eliminator manufacturers typically design their standard product lines to accommodate common process conditions. They use mesh pads, vanes, and fiber beds in standard sizes to handle a wide variety of droplet sizes, chemical compositions, and vessel configurations. However, some processes fall outside these typical parameters. Unusual chemistry, a wide range of droplet sizes, tight…

Even a properly sized industrial mist eliminator can start to underperform long before its media reaches the end of its service life because of fouling. When deposits build up, they can block open areas, disrupt drainage, increase pressure drop, and ultimately force liquid back into the gas stream.  Industrial mist eliminator fouling isn't just random.…

A mist eliminator should be selected based on droplet size, not on which technology sounds more advanced. Structured mesh pads and fiber bed candles sit at different points on the same separation curve. The real question is where your aerosol falls, then whether pressure drop, liquid loading, fouling, and vessel space favor one design. Both…

Selecting the right mist eliminator geometry only solves half the specification problem. The material it is built from often decides whether that equipment runs for years or fails early in a hostile gas stream. The sections below explain why material choice, more than any design feature, governs how long a corrosion-resistant mist eliminator lasts, and…

A packed tower scrubber lives or dies on the internals installed inside it. Two of the most common options, structured tower packing and chevron vane mist eliminators, do fundamentally different jobs. Confusing the two during specification is a common and costly mistake: one is built to absorb soluble gas, the other to knock out coarse…