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Dust Efficiency Clinic

An efficient dust collection system provides many benefits to a company, its workers, and the environment. Compliance with emission standards, enhancing worker safety, protection against fire and explosion and the long-term cost savings are all reasons for a well-designed system.

Aerodyne offers a variety of services to help you analyze your needs, design the right solution, or maintain, improve and expand your dust collection system. Dust collection systems routinely evaluated and inspected are efficient, and Aerodyne can assist you in keeping your system running at its full capacity.

Aerodyne offers:

  1. Dust Testing (explosion testing, particle size, removal requirements)
  2. System Evaluations (equipment evaluations, dust safety and collection assessments, DHA and PHA)
  3. Maintenance Service (bag replacement & maintenance, dust collector inspections)

Dust Collector Frequently Asked Questions

Dust collection systems can range from being straightforward and simple to extremely complex. Matching the proper system to your application is important. We’ve compiled and answered commonly asked questions faced when considering a dust collection system solution.

FAQ Volume 1 FAQ Volume 2

 

Airlocks Frequently Asked Questions

Airlock valves are vital components in dust collection and process systems. They form a gateway between the conditions inside and outside the dust collector while allowing the accumulated dust material to pass through. An improperly operating airlock can cause issues with the entire system operation, including removal efficiency, constant repairs, and downtime for maintenance. To provide you with more information, we’ve compiled some of the more frequently asked about airlock valves.

Airlocks FAQ

Frequently Asked Questions

The Dust Efficiency Clinic is a technical evaluation service that assesses dust collection system performance and identifies opportunities for efficiency and safety improvements.

It is designed to help facility operators understand how their dust collection system is performing under real operating conditions. The evaluation may include airflow analysis, material behavior assessment, and dust characterization to determine whether system components are properly sized and sealed. The goal is to reduce inefficiencies, prevent dust leakage, and improve overall system reliability.

Services may include:

  • Dust particle size analysis
  • Combustibility or explosion testing
  • System airflow and pressure evaluation
  • Airlock and hopper performance inspection

Maintenance and optimization recommendations

The Dust Efficiency Clinic includes diagnostic testing, system performance evaluations, maintenance assessments, and safety compliance reviews for industrial dust collection systems.

These services are designed to identify airflow inefficiencies, material handling issues, combustible dust risks, and mechanical wear that may reduce system performance. Evaluations are based on measurable system data such as pressure drop, airflow velocity, and dust characteristics rather than general visual inspection alone.

Included services may involve:

  • Dust testing – Particle size analysis and combustible dust testing (Kst and Pmax values)
  • System evaluations – Inspection of collectors, ductwork design, airflow velocity, and pressure balance
  • Maintenance assessments – Filter condition checks, hopper discharge review, and mechanical inspection

Safety audits – Review of system design against applicable NFPA and OSHA dust control standards

A Dust Efficiency Clinic evaluation helps a dust collection system by identifying airflow inefficiencies, mechanical wear, and safety compliance gaps that reduce performance.

The evaluation analyzes system pressure balance, dust discharge sealing, duct design, and combustible dust characteristics to determine whether the collector is operating as intended. By measuring actual system conditions rather than relying on assumptions, operators can correct issues that lead to energy waste, dust leakage, or premature component failure.

Primary outcomes may include:

  • Reduced energy waste through correction of air leaks and improper airflow balance
  • Improved safety compliance by identifying combustible dust risks and NFPA-related gaps
  • Extended equipment life through optimized filtration cycles and discharge performance

Lower downtime risk by detecting maintenance issues before failure occurs

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