Background
An aerospace manufacturing client approached Baghouse.com looking for assistance in aligning with Dust Hazard Analysis (DHA) recommendations, which had identified non-compliance with NFPA guidelines for combustible dust hazards.
Scope of Work
Dust Hazard Analysis (DHA) Compliance
- Baghouse.com conducted a thorough assessment of the existing dust collectors and equipment and compared the findings to NFPA guidelines for combustible dust hazards.
- The DHA report highlighted critical gaps that needed urgent attention to ensure compliance and mitigate the risk of combustible dust incidents.
System Consolidation and Upgrade
One of the many small old baghouses that were replaced
by one bigger, more efficient unit
In response to the DHA findings, Baghouse.com proposed consolidating pickups from several older baghouses into a single, more efficient unit.
The baghouse underwent a major refurbishment, including the installation of new cartridge filters, pulse valves, solenoids, and updated hardware to meet industry standards.
NFPA-Compliant Safety Measures
Heavy gauge ductwork was strategically installed between the baghouse and the explosion isolation valve to meet the safety requirements outlined by NFPA.
To enhance safety measures, Baghouse.com incorporated NFPA-compliant explosion vents and an explosion isolation valve.
Heavy gauge ductwork was strategically installed between the baghouse and the explosion isolation valve to meet the safety requirements outlined by NFPA.
Specialized Equipment Installation
Newly installed explosion vents
Outcome
This aerospace manufacturing facility achieved full compliance with NFPA guidelines for combustible dust hazards thanks to Baghouse.com tailored approach.
Conclusion
Baghouse.com expertise in dust collection systems and commitment to safety provided a seamless transition for this client. By addressing DHA recommendations and implementing NFPA-compliant upgrades, the project not only met regulatory requirements but also significantly improved the safety and efficiency of the dust collection processes.