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- RESET requires continuous monitors covering at least 80% of occupants across all regularly occupied space types, tracking PM2.5, TVOC, CO2, and CO. Temperature and relative humidity are monitored (no set limit) because they affect the particle and VOC sensors.
- Parameter Acceptable High Performance PM2.5 < 35 μg/m³ < 12 μg/m³ TVOC < 500 μg/m³ < 400 μg/m³ CO2 < 1,000 ppm < 600 ppm CO < 9 ppm (combustion spaces only) —
- Data is streamed to the RESET Assessment Cloud; daily averages must stay within the Acceptable limits for three consecutive months (the data-review period) for initial certification. Monitors must be RESET-accredited Grade A (calibration) or Grade B (commercial), wall-mounted in the breathing zone (0.9–1.8 m), and at least 5 m from operable windows, filters, and fresh-air diffusers. Results must be shown to occupants via display, app, or QR code — transparency is part of the intent.
- RESET does not mandate recovery, but good ventilation is needed to keep CO2 below 1,000 ppm in occupied spaces — and that ventilation load is exactly what an ERV offsets. Filtration (see cleanroom HVAC practice) supports the PM2.5 target. For the design-side health standard, compare with WELL v2 ventilation: RESET is monitoring-first, WELL is design-plus-performance.
- Because RESET is performance-based, the recovery and filtration system must actually deliver clean air every day, not just on paper. Meter the loops and keep the commissioning records — the same discipline that ISO 50001 demands for energy.
RESET Air is the world’s first sensor-based, performance-driven indoor-air-quality certification. Its Commercial Interiors v2.0 standard is about continuous monitoring and transparent reporting, not a one-time design check. This article summarizes the monitored parameters and the targets a space must hold.
RESET requires continuous monitors covering at least 80% of occupants across all regularly occupied space types, tracking PM2.5, TVOC, CO2, and CO. Temperature and relative humidity are monitored (no set limit) because they affect the particle and VOC sensors.
| Parameter | Acceptable | High Performance |
|---|---|---|
| PM2.5 | < 35 μg/m³ | < 12 μg/m³ |
| TVOC | < 500 μg/m³ | < 400 μg/m³ |
| CO2 | < 1,000 ppm | < 600 ppm |
| CO | < 9 ppm (combustion spaces only) | — |
- Data is streamed to the RESET Assessment Cloud; daily averages must stay within the Acceptable limits for three consecutive months (the data-review period) for initial certification.
- Monitors must be RESET-accredited Grade A (calibration) or Grade B (commercial), wall-mounted in the breathing zone (0.9–1.8 m), and at least 5 m from operable windows, filters, and fresh-air diffusers.
- Results must be shown to occupants via display, app, or QR code — transparency is part of the intent.
RESET does not mandate recovery, but good ventilation is needed to keep CO2 below 1,000 ppm in occupied spaces — and that ventilation load is exactly what an ERV offsets. Filtration (see cleanroom HVAC practice) supports the PM2.5 target. For the design-side health standard, compare with WELL v2 ventilation: RESET is monitoring-first, WELL is design-plus-performance.
Because RESET is performance-based, the recovery and filtration system must actually deliver clean air every day, not just on paper. Meter the loops and keep the commissioning records — the same discipline that ISO 50001 demands for energy.