2,080 Hours: What Five Sensors Gave Back To One Utility

While utilities closely track capital and chemical expenses, the manual labor required to maintain monitoring equipment often remains invisible, absorbed into daily operator rounds. Routine tasks—such as calibrating sensors, replacing membranes, mixing reagents, and troubleshooting measurement drift—silently consume a significant portion of a utility's weekly workforce capacity.

Across just five monitoring locations, eliminating routine maintenance requirements recovered an estimated 2,080 labor hours annually—the equivalent of a full-time position. Traditional analyzers require frequent site visits for manual recalibration, electrode cleaning, and chemical refills, with travel time compounding the overall labor burden. Utilizing self-cleaning, factory-calibrated sensors that hold stability for months converts lost operator hours into usable capacity. Reclaiming this time enables short-handed crews to shift focus toward critical infrastructure repairs, system optimization, and proactive maintenance. Read the full case study to see the complete labor breakdown.