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Industrial Dust Collector and Material Handling Valves Case Studies

Abrasives – Grinding Wheels Manufacturer

This grinding wheel manufacturer in Niagara Falls, NY needed to replace an existing dust collector. The old industrial dust collector could not handle the high temperatures, moisture and abrasion of the materials being collected. Read about the results after Aerodyne’s Model 4500 SplitStream™ was installed.

Food & Agricultural – Corn Refinery

One of the largest corn refiners in the United States was dealing with inefficiencies in their reclamation process. They were losing 50 pounds of product per hour with their existing industrial dust collector. Discover the effects the installation of Aerodyne’s SplitStream™.

Recycling – Metal Recovery

A Midwest secondary metal recovery plant was struggling to meet state and federal emission requirements with their overloaded wet scrubbers. To add to the mess, the wet scrubbers required high maintenance and cleaning. See the results after Aerodyne’s SplitStream was added as a pre-filter to the wet scrubbers.

Wood Products

Read three different case studies on dust collection from the wood industry. Aerodyne has not only been improving safety and health in this industry but also creating efficiencies and money-saving solutions.

Spray Drying

A global manufacturer of spray drying equipment has depended on the Vacu-Valve for more than 30 years. Learn why their Head of Industrial Sales Process Engineer prefers the Vacu-Valve over rotary valves.

Glass – Reflective Glass Beads

This world-leading diversified technology company came to Aerodyne with a unique material handling problem. In their proprietary process, tiny reflective beads had to become airborne and then reclaimed. The SplitStream™ was the perfect solution for reclamation without contamination. Discover why this company has since purchased 30 more dust collectors.

Mining/Quarry – Limestone Quarry

A Sandusky, Ohio state-of-the-art limestone mining facility was dealing with costly rotary valve maintenance. Aerodyne’s trickle valve was prescribed to replace the troublesome rotary valves. The outcome is an estimated $8,000-$10,000 savings per year. Learn more about the savings from this low-cost solution.

Chemical Processing

A manufacturer of specialty chemical products was looking for a unique solution in which multiple attempts at efficient dust collection had failed. Valuable raw materials were getting lost in the overloaded baghouse filters. When a SplitStream™ was set as a pre-filter in front of the baghouse, a higher collection efficiency was achieved. Discover why this counter-cyclonic dust collector solved the problem other industrial dust collectors could not.

Frequently Asked Questions

Aerodyne Environmental features case studies that document real-world industrial dust collection challenges and the system modifications used to address them.

These case studies explain the original problem, the operational constraints, and the technical solution implemented to improve separation efficiency, reduce dust leakage, or recover usable material. They focus on measurable outcomes such as airflow correction, product recovery, or emissions compliance rather than promotional summaries.

Featured case study categories include:

  • Product reclamation projects in corn refining and chemical processing
  • High-abrasion applications such as grinding wheel manufacturing and limestone quarrying
  • Emissions compliance solutions for metal recycling and glass processing facilities
  • Difficult material handling involving wood products, ceramics, and sticky food dust

Aerodyne Environmental case studies show improvements by documenting measurable performance changes before and after system modifications or equipment installation.

Each case study outlines the original operational issue, the technical adjustment made, and the resulting impact on airflow efficiency, material recovery, maintenance frequency, or regulatory compliance.

Documented improvements may include:

  • Improved durability by replacing collectors that failed under high heat or abrasive conditions
  • Reduced material loss through improved particle separation or product recovery
  • Lower maintenance frequency by optimizing airflow and reducing internal wear
  • Energy efficiency gains from corrected system sizing or pressure balance
  • Enhanced compliance with OSHA and NFPA dust control standards

Reviewing industrial dust collection case studies helps you understand how similar operational challenges were addressed under real-world conditions.

Case studies document the material characteristics, system limitations, and technical modifications involved in resolving specific dust collection problems. By examining actual installations and measured outcomes, operators can compare their own process conditions to documented solutions and make more informed equipment decisions.

Benefits of reviewing case studies include:

  • Identifying similar material challenges such as sticky, abrasive, or fibrous dust
  • Evaluating system performance under real operating conditions including temperature and dust loading
  • Understanding design trade-offs between cyclone and filter-based systems
  • Reducing implementation risk by learning from documented system outcomes

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