DEMISTER PAD

Mist eliminators are designed to remove liquid droplets from gas streams to ensure cleaner emissions and protect downstream equipment. The effectiveness depends on several mechanisms that capture and separate droplets based on their size and motion. ### 1. Diffusional Deposition (Random Collision Capture) - Works best for very tiny droplets (smaller than 1 micron). - These droplets move randomly (like dust floating in sunlight) and bump into surfaces inside the mist eliminator. - When they hit a surface, they stick to it, preventing them from escaping with the gas. ### 2. Direct Interception (Pathway Capture) - Helps remove small to medium-sized droplets. - Droplets travel along with the gas flow and come into contact with obstacles like mesh or vanes. - Once they touch the surface, they stick and drain away, removing them from the gas stream. ### 3. Inertial Interception (Momentum Capture) - Targets larger, heavier droplets. - Just like a car struggling to turn quickly at high speed, these droplets cannot follow sharp bends in the gas flow. - Instead, their momentum causes them to collide with eliminator surfaces, separating them from the gas. ### 4. Gravitational Deposition (Settling Capture) - Works for large, slow-moving droplets. - Similar to raindrops falling, these droplets are pulled down naturally by gravity and separate from the gas. - This method is effective in low-speed gas flows but requires a lot of space, making it less practical for high-speed operations.

### What is a mist eliminator? A mist eliminator is a device designed to remove entrained liquid droplets from gas and vapor streams. It helps prevent product loss, environmental contamination, and system inefficiencies by separating liquid particles from the gas flow. ### What are mist eliminators made of? Mist eliminators can be made from various materials including metal mesh, plastic, fiberglass, or specialized alloys depending on the application requirements, operating conditions, and chemical compatibility needs. ### How do mist eliminators work hydraulically? Mist eliminators work through several mechanisms including diffusional deposition, direct interception, inertial interception, and gravitational deposition. These mechanisms capture droplets of different sizes as the gas stream passes through the eliminator media. ### What is the size of the mist eliminator? The size of a mist eliminator depends on the vessel diameter, gas flow rate, and required efficiency. They can be custom-designed to fit specific vessel dimensions and process requirements.