Particulate on hardware
Dust migrating through CRAC returns settles on boards and drives thermal and corrosion failures.
Data Centers & Critical Tech Infrastructure · Metro Atlanta, GA
Regulatory compliance, operational continuity and verified air quality — delivered with zero disruption to your data centers operation in Metro Atlanta, GA. Certified crews, engineered containment, and a documented report at handover.

Data centers in Metro Atlanta, GA share a specific set of failure modes in their HVAC systems. Below are the four we are called about most, and the standards that govern how each one has to be corrected and documented.
Dust migrating through CRAC returns settles on boards and drives thermal and corrosion failures.
Legacy floor tiles shed conductive whiskers that cause unexplained hardware faults.
Loaded filters and obstructed plenums destroy containment strategy and raise inlet temperatures.
No work may risk a single rack, and every technician must follow strict access control.
| Standard | How it applies |
|---|---|
| ISO 14644-1 informed | Particle-count methodology adapted to data hall cleanliness verification. |
| IICRC-certified source removal | Source removal and verification on CRAC units and duct systems. |
| ASHRAE TC 9.9 | Thermal and contamination guidance for data processing environments. |
| OSHA 1910 | Electrical safety, arc-flash awareness and escorted-access compliance. |
Licensed mold remediation inside ductwork, air handlers and affected building cavities, under engineered containment with clearance verification.
Every project follows the same sequence, whether it is one air handler or a full campus. Each step produces evidence that ends up in your handover report.
Every system is filmed before a brush touches it. The baseline footage sets the scope, identifies damage and closed dampers, and becomes the first half of your before/after record.
Work zones are isolated and held under negative pressure with HEPA-filtered machines, so debris leaves through the equipment instead of into the occupied building.
Rotary brushes, air whips and compressed-air tools release bonded debris while the vacuum holds continuous capture — source removal, not surface dusting.
Once the system is physically clean, labeled antimicrobial chemistry is applied to duct interiors, coils and pans, with product, dilution and dwell time logged.
Post-clean camera footage, airflow readings and particle counts are compiled into one report with technician credentials, standards applied and a floor-plan reference.
Yes. We work row by row under HEPA capture with no load interruption, lift tiles under a controlled sequence, and never open a panel outside the agreed method of procedure.
Suspect tiles are identified during the baseline survey, handled with low-disturbance HEPA extraction rather than sweeping, and documented tile by tile so you can plan replacement.
Both are scoped. Remediation without a moisture-source fix fails within a season, so the report names the cause — a failed pan, a duct leak, an unbalanced return, a humidity problem — and what it takes to correct it.
Post-remediation verification is standard. For projects where an independent clearance is required, we coordinate with a third-party hygienist so the verification is not performed by the company doing the remediation.
Yes. Most commercial work in Metro Atlanta runs outside normal operating hours. We build the schedule around your occupancy and hand each area back clean and ready for use before your team returns.