A global high-alloy scrap recycler needed a dust collection solution for its titanium torch cutting operation. The process generated heavy smoke, metal particulate, and visible emissions that created compliance concerns and increased operational risk.
A.C.T. Dust Collectors partnered with Aquest Corporation to design and install a specialized titanium dust collection system that improved air quality, eliminated visible emissions, and supported safe operation in a combustible metal dust environment.
Industry: Scrap metal recycling
Application: Titanium torch cutting dust collection
Location: Connecticut
Challenge: Visible emissions and combustible metal dust hazards
Dust Type: Titanium dust, torch cutting smoke, and metal particulate
System Installed: Three custom A.C.T. dust collectors with integrated fire protection
Outcome: Eliminated visible emissions and improved operational safety
The recycler used oxy-propane torch cutting to process oversized titanium scrap into smaller, manageable pieces for recycling. While effective, the process generated significant smoke, sparks, and fine titanium particulates.
Torch cutting titanium presents unique dust collection challenges because titanium particles can remain airborne for extended periods and may present combustible dust concerns when allowed to accumulate.
In this operation:
The customer needed a system capable of controlling emissions while addressing the unique safety requirements associated with titanium dust collection.
After conducting a detailed site evaluation, A.C.T. Dust Collectors and Aquest Corporation developed a customized solution designed specifically for titanium processing operations.
The system included:
The system was selected for its:
The modular approach allowed the recycler to add future cutting stations without redesigning the entire collection system.
The system was installed and commissioned with minimal disruption to ongoing operations.
Outcomes:
The integrated fire protection system also provided an additional layer of safety for processing combustible titanium particulates.
Titanium cutting operations require dust collection systems that can:
Because titanium dust presents unique operational and safety considerations, specialized collection strategies are often required to maintain reliable performance.
Proper source capture and filtration help reduce dust accumulation, improve visibility, and support cleaner processing environments.
If your facility processes titanium, specialty alloys, or combustible metal dusts, A.C.T. Dust Collectors can design a solution tailored to your operation. Contact our team to discuss the right dust collection system for your facility.
Titanium dust is difficult to collect because torch cutting generates extremely fine metal particulate, smoke, and sparks at high temperatures. The particles can remain airborne for extended periods, making effective source capture critical.
In titanium recycling operations, dust collection systems must be designed to capture emissions close to the cutting process while maintaining consistent airflow during continuous production.
Source capture is a dust collection strategy that removes smoke, sparks, and airborne particulates as close as possible to the torch cutting process. Custom hoods and collection points are positioned around the work area to prevent contaminants from spreading throughout the facility.
For torch cutting applications, source capture is often the most effective way to control emissions and improve visibility on the production floor.
Fire protection is important when collecting titanium dust because titanium is considered a combustible metal. Fine metal particulates can present unique safety challenges that require specialized collection and protection systems.
Many titanium dust collection systems incorporate fire detection, suppression, or isolation technologies to help protect personnel, equipment, and facility operations.
A modular dust collection system supports future growth because additional collection points, processing stations, or cutting lines can often be added without replacing the entire system.
Benefits of a modular approach include:
This allows facilities to invest in a solution that can grow alongside their operation.