Learn common applications of mist eliminators in chemical, petrochemical, and power plants. See how Kimre supports reliable separation. Connect today.
Mist Eliminators
How to Maintain and Clean Demister Pads for Long-Term Performance
Maintain long-term mist elimination performance with properly cleaned and well-maintained demister pads. Kimre™ Clean Air Technology provides engineered demister mist eliminators and high-quality solutions for industrial operations. Contact Kimre, trusted demister pad manufacturers and demister pad suppliers, for replacement pads and maintenance support.
Common Installation Mistakes That Compromise Cooling Tower Drift Eliminator Performance
Prevent performance loss by avoiding common cooling tower drift eliminator installation mistakes. Kimre provides high efficiency drift eliminators and advanced cooling tower mist eliminator systems engineered for long-term reliability and regulatory compliance.
Optimizing Turbine Performance with Kimre™ Clean Air Technology Filtration and Mist Elimination Solutions
Protecting Gas Turbines from Contaminants with Advanced Filtration Technology Gas turbines operate in harsh environments where airborne moisture, fine particulates, and corrosive aerosols threaten efficiency and reliability. Without proper turbine filtration and mist elimination, these contaminants can cause rapid fouling, corrosion, and component wear. Kimre™ Clean Air Technology provides engineered mist eliminators and filtration media…
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Demister Pads: A Look Into Its Separation Process
When it comes to maintaining clean and efficient operations in industrial settings, demister pads play a crucial role in separating liquid droplets from gas streams. This innovative technology, also known as mist eliminators or mist pads, ensures optimal performance by effectively capturing and removing mist and aerosols. Let's delve into the world of demister pads,…
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KON-TANE®
In unit operations or gas cleaning applications, mass transfer refers to the net movement of a chemical from one phase to another. Typically, this involves the transfer of a gaseous component into a liquid (more…)
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