High-efficiency droplet separation – clean gas, reduced carryover
About
Demisters – also known as droplet separators, mesh pads, fiberbeds, or vane-type separators – are designed to remove liquid droplets and mists from gas or vapor streams. By preventing entrainment of water, oil, or process fluids, they protect downstream equipment, improve product purity, and ensure compliance with environmental standards.
Whether made from wire mesh, fiber media, or vane-type designs, Demisters provide reliable and efficient separation for a wide range of industrial processes.
Applications & Benefits
Demisters are widely applied in:
- Gas-liquid separation in chemical and petrochemical plants
- Mist elimination from steam or vapor streams
- Oil and gas processing (knock-out drums, scrubbers, absorbers)
- Air pollution control (wet scrubbers, fiberbed filters)
- Protecting compressors, turbines, and heat exchangers from droplet carryover
Key benefits:
- Improved product yield and purity
- Reduced equipment corrosion and fouling
- Minimized liquid losses in vapor streams
- Compact and low-maintenance solution
Key Features
- Available in wire mesh pads, fiberbeds, and vane-type designs
- High-efficiency droplet removal across a wide size range
- Custom-engineered for gas velocity, droplet size, and process conditions
- Modular design for easy installation and replacement
- Low pressure drop, ensuring energy-efficient operation
- Proven performance from ALINO
Sustainability in Action
Demisters support cleaner and more sustainable operations by:
- Reducing liquid carryover and resource loss
- Lowering maintenance and replacement costs
- Supporting ESG, CSRD, and ETS compliance through cleaner emissions
- Enhancing circular thermal systems by protecting downstream energy recovery equipment
- Contributing to net zero and carbon footprint reduction goals
Looking for efficient mist elimination?
Contact Blue Heat to discover how our Demister solutions can help you achieve cleaner gas streams, higher efficiency, and sustainable operations.