High-Efficiency Aerosol Filtration
Systems (HEAF)

Aerosol Control for Industrial Exhaust Streams

Remove sticky, oily, or soluble aerosol particulate from VOC-laden exhaust streams with High-Efficiency Aerosol Filtration (HEAF) systems from Verantis®. Designed for demanding industrial applications, HEAF systems achieve 99.99% or greater removal efficiency, delivering cleaner air and improved compliance.

HEAF technology uses fiberglass or polyester filter media and relies on impaction, interception, and Brownian motion to capture even the smallest or most challenging particulate. These systems are ideal for applications where conventional baghouses may clog due to sticky or liquid aerosols, or where electrostatic precipitators struggle with improper resistivity or fine particulate removal. HEAF systems also offer a cost-effective alternative to fume or vent gas incineration.

HEAF Filtration Device Options:

  • Mini-HEAF: Manually operated, handles gas flows from 0 to 5,000 ACFM
  • Flat-Bed HEAF: Fully automatic, designed for gas flows from 500 to 15,000 ACFM
  • Rotary Drum (DF) HEAF: Fully automatic, supports gas flows from 9,000 to 100,000 ACFM

Key Benefits HEAF Filtration:

Achieves removal efficiencies of 99.99% or higher

Effective alternative for applications where baghouses plug due to sticky, liquid particulate

Captures fine particulate not easily removed in electrostatic precipitators or that has an improper resistivity to carry an electrostatic charge

Cost-effective alternative to fume or vent gas incinerators

Industries and Applications for High-Efficiency Aerosol Filtration

HEAF systems are widely used across multiple industries where aerosol control is critical, including:

  • Urea prill tower emissions
  • Ammonium nitrate production
  • Fertilizer manufacturing

Verantis High-Efficiency Aerosol Filtration (HEAF) systems provide reliable, high-performance filtration for challenging aerosol-laden exhaust streams.

Ready to Control Your Environment?

Contact us to discuss your HEAF system solution.