Dust Collection and Valves Blog
Large industrial blue dust collector and associated metal ductwork installed inside a facility.
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How to Enhance Your Dust Collection System | Aerodyne

Enhancing the efficiency of your industrial dust collector starts with understanding how it's operating now. Maintaining a clean and safe working environment is essential, especially in workshops and industrial settings where dust and airborne…
Exhaust fan performance curves showing airflow and static pressure relationships.
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Extending Filter Lifespan with Cyclone Pre-Filters | Aerodyne

Baghouses and Cartridge collectors are very good at removing dust from their air. However, when the dust concentration is high, or the dust is abrasive, wet, sticky or fibrous, the baghouse filters can have issues.   High concentration…
Height comparison chart showing Aerodyne low-profile vertical and horizontal cyclones versus a standard cyclone.
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GPC Dust Collector: Efficiency and Space Savings | Aerodyne

Designing a ventilation system always involves considering space constraints. Ductwork, which is essential for air distribution, occupies space within the facility, and its design must efficiently use the available area while ensuring optimal…
Diagram of a cyclone dust collector illustrating the dirty gas inlet, clean gas outlet, spiral sloped top directing airflow downward, centrifugal force sending particulates toward the walls, a dished ground plate causing vortex reversal, and the collected dust outlet at the bottom.
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Unveiling Contrasts: Traditional Cyclone vs. Aerodyne Cyclone | Aerodyne

Aerodyne manufactures two different types of cyclones - the GPC (Ground Plate Cyclone) and the SplitStream Collector. These Aerodyne cyclones are not the traditional cyclones with which you are probably familiar. Both cyclones can be designed…
Aerodyne Vacu-Valve discharging material into a bag.
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When to Use a Non-Powered Automatic Valve for Dust Discharge | Aerodyne

Look under almost any dust collector and you will see a rotary airlock valve spinning its rotor and emptying the collected contents from the hopper. These valves have long been used to maintain a seal in vacuum dust collection systems while…
Engineering diagram of a horizontal cyclone dust collector, featuring a dirty gas inlet on the right, a hopper outlet at the bottom, an inner vortex generated by a spinner, secondary air nozzles generating a vortex to separate particulates, and a clean air outlet on the left.
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Horizontal and High-Efficiency Cyclone | Aerodyne

One challenge to designing a manufacturing process is choosing an effective dust collection system that will fit the limited available plant space. Low ceilings pose a challenge for high-efficiency cyclones due to their long-tapered bodies.…
Diagram of a baghouse dust collector showing a vessel with multiple filter bags mounted on a tube sheet, dirty air entering near the bottom and passing through the bags to form a filter cake, clean air exiting through the top, and dust falling into the hopper for discharge.
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What kind of dust collectors are there? | Aerodyne

Dust collectors are used in many industries to improve air quality and remove harmful particles from the air. What kind of dust collectors are there?
Large industrial horizontal metal dust collection system and ductwork installed on a steel framework inside a facility, paired with an introductory article titled What Is A Dust Collector? | Aerodyne.
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What Is A Dust Collector? | Aerodyne

A dust collector is a mechanical device used to remove dust from an air stream.
An infographic from an article titled 'Dust Collection Systems Maintenance: The Cyclones and Filter Collectors | Aerodyne', featuring a blackboard diagram illustrating the components of a dust collection system—Hoods, Ductwork, Cyclone, Filter DC, and Fan—alongside the effects of high airflow on each component.
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Dust Collection Systems Maintenance: The Cyclones and Filter Collectors | Aerodyne

The dust collection equipment often consists of a pre-filter to help collect the dust followed by the main dust collector.
Exhaust fan performance curves showing airflow and static pressure relationships.
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Exhaust Fans: The Motive Force of a Dust Collection System | Aerodyne

Exhaust fan is the motive force for the dust collection. It has a performance curve that defines how much airflow it will pull at a certain static pressure
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