Air filtration and HEPA air scrubbing removes airborne mold spores from the air during and after remediation work, using industrial-grade filtration equipment that captures particles standard HVAC filters simply aren't designed to catch. This is what keeps mold spores disturbed during removal from resettling elsewhere in the property or getting breathed in by anyone in or near the work area.
This is essential during any active mold removal project, where disturbing contaminated materials releases spores into the air that need to be captured rather than allowed to spread, in properties with confirmed mold contamination where air quality needs improvement before the space is considered safe again, or for households with respiratory sensitivities where airborne spore levels are a particular concern even during smaller-scale remediation.
We position HEPA air scrubbers within the containment area during active removal work, running them continuously to capture spores as they're released into the air during the demolition and removal phase. The equipment cycles air through HEPA filtration rated to capture particles down to the size of mold spores, which standard air filters don't achieve. We run scrubbers not just during active work but often for a period afterward as well, since settled dust from the work itself can still release spores for a time after physical removal is complete. We monitor air quality readings to confirm the equipment is actually bringing spore counts down to acceptable levels rather than just running equipment and assuming it's working.
Cost is typically included as part of a broader remediation project rather than billed as a fully separate service, with the scope of contamination and size of the area driving how much equipment and runtime is needed. Larger remediation projects in New Rockford, ND generally require more air scrubbing capacity running for longer periods than a small, contained job.
Keep spores out of the air, not just off the surfaces. Call (323) 996-7694 to discuss your remediation project.
