MBR system at the Prince George mill reduced TSS from 45 mg/L to 4 mg/L within the first week of commissioning. The anoxic zone configuration cut our nitrogen loading by 60% without additional chemical dosing.

Hydrocyclone optimization trials at the Timmins site showed that increasing inlet pressure to 120 kPa improved d50 cut from 75 µm to 45 µm. We saw a 40% drop in heat exchanger fouling within three months.

The automated pH control loop at the specialty chemical plant maintained effluent pH between 6.0 and 8.5 for 99.7% of recorded intervals over six months. Mean deviation was 0.15 pH units.

Membrane flux rates stabilized at 22 L/m²/h after the third chemical cleaning cycle. The CIP protocol you recommended reduced recovery time by 40% compared to our previous procedure.

Fisheries Act section 36 compliance audit passed with zero non-conformances. The continuous monitoring system logged every discharge event and the fail-safe bypass logic was tested successfully.

Sludge production dropped by 30% after switching to the MBR configuration. We are now hauling biosolids every 21 days instead of every 14, reducing annual transport costs by roughly 35%.