INDUSTRIAL AIR QUALITY APPLICATIONS

Custom Air Quality Solutions for Every Industrial Application

Every contaminant, process, and environment creates a different airflow challenge. AQE designs and engineers air quality systems matched to your specific application - not a one-size-fits-all solution.

Solutions Designed For Your Application

Browse the specific airborne challenges AQE solves - from explosive dust to ambient air filtration. Each application links to the engineered solutions built for it.

Explosive Dust

Combustible dust generated during manufacturing processes can create serious fire and explosion hazards. AQE designs systems that safely capture and manage explosive dust while supporting regulatory compliance.

Dust hazard analysis support

Combustible dust collection systems

NFPA-focused system design

Explosion protection integration

Safe material handling strategies

Industrial interior with large metallic ductwork, exposed structural beams, and machinery or equipment in a warehouse or manufacturing facility.

Silo Venting

Proper silo venting protects storage systems during filling operations while preventing dust emissions and pressure-related issues.

Silo vent filter design

Pressure relief solutions

Dust emission reduction

Material loading optimization

System performance monitoring

Pneumatic Conveying

AQE provides dust control and filtration solutions for pneumatic conveying systems that transport powders, pellets, and bulk materials.

Dust collection integration

Airflow optimization

Material transfer efficiency

Filter system selection

Process reliability improvements

Industrial pipes and metal framework inside a factory or construction site

Material Handling

Material handling operations often generate airborne particulates. AQE develops solutions that reduce dust generation and improve facility cleanliness.

Transfer point dust control

Conveyor ventilation systems

Dust containment strategies

Workplace safety improvements

Reduced housekeeping requirements

VOC Capture

Volatile Organic Compounds (VOCs) can impact employee health and environmental compliance. AQE designs systems that effectively capture and control VOC emissions.

VOC collection systems

Emission control strategies

Airflow engineering

Environmental compliance support

Process exhaust optimization

Metal scaffolding and structures on a diamond plate floor with shadows, electrical boxes, wiring, and a cylindrical container.

Toxic Emission Control

Facilities handling hazardous emissions require specialized control systems. AQE develops engineered solutions that reduce exposure risks and improve environmental performance.

Hazardous emission capture

Filtration system design

Regulatory compliance support

Exposure reduction strategies

Environmental monitoring solutions

Respirable Dust

Respirable dust can pose significant health risks. AQE designs systems that reduce worker exposure and improve indoor air quality.

Fine particulate capture

Worker exposure reduction

Source control solutions

Facility air quality improvement

Airflow management systems

A man standing in front of an industrial dust collection system outdoors, with a fence and trees in the background.

Nuisance Dust

Even non-hazardous dust can affect productivity, cleanliness, and employee comfort. AQE helps facilities control nuisance dust at its source.

Dust containment systems

Facility cleanliness improvements

Air filtration solutions

Process optimization

Reduced maintenance requirements

Process Dust Control

Many industrial processes create dust that must be controlled to maintain safety, product quality, and operational efficiency.

Process-specific dust collection

Source capture engineering

Production area filtration

Equipment integrationFacility air quality improvement

System performance optimization

Industrial ceiling with large ventilation ducts, pipes, and equipment in a factory or processing plant.

Air Pollution Control

AQE designs comprehensive air pollution control systems that help facilities manage emissions and achieve environmental objectives.

Emission reduction systems

Regulatory compliance assistance

Filtration technology selection

Air quality improvement strategies

Sustainable operating solutions

Ambient Air Filtration

Ambient air filtration systems continuously remove airborne contaminants from facility environments, creating cleaner and safer workplaces.

Facility-wide filtration

Air recirculation solutions

Employee comfort improvement

Dust reduction strategies

Indoor air quality enhancement

Industrial machinery processing or manufacturing using barrels filled with granular material, possibly in a factory or processing plant.

Source Capture

Capturing contaminants at the source is often the most effective way to control airborne hazards and improve air quality.

Local exhaust ventilation

Capture hood design

Process-specific engineering

Contaminant containment

Improved collection efficiency

Industrial Ventilation

Proper ventilation is critical for maintaining healthy working environments and controlling airborne contaminants throughout industrial facilities.

Ventilation system design

Airflow balancing

Exhaust system engineering

Facility air circulation improvements

Energy-efficient solutions

Welding in a manufacturing or industrial workshop, with sparks and smoke coming from the welding process, surrounded by equipment and tools.

Mist Collection

Industrial processes such as machining, metalworking, cooling, lubrication, and chemical manufacturing often generate oil mist, coolant mist, and fine airborne particles.

Captures oil, coolant, and water-based mist

Improves indoor air quality and visibility

Reduces equipment contamination and maintenance

Enhances worker safety and comfort

Supports environmental and regulatory compliance

Ribbon Blending

Ribbon blenders are widely used to mix powders, granules, spices, chemicals, and food ingredients.

Dust collection system design

Source capture hoods and enclosures

Local exhaust ventilation systems

Airflow balancing and optimization

High-efficiency filtration technologies