Drinking Water

For drinking water providers, source water quality can change quickly due to runoff, seasonal turnover, algae activity, storm events, or upstream influences. Without continuous visibility, utilities often have limited time to react to changing conditions that affect treatment performance, chemical demand, taste and odor, or public confidence. Periodic sampling is still valuable, but it may not capture rapid shifts between site visits. Source waters such as reservoirs, lakes, and rivers can also show important variation across location and depth. Stratification, changing intake conditions, and localized water quality events can make it difficult to understand what is happening based on a single measurement point. More complete monitoring helps operators identify trends sooner, understand risk more clearly, and make better-informed treatment and operational decisions. AquaRealTime systems provide real-time monitoring for reservoirs, lakes, rivers, and raw water intakes so operators can see changing conditions as they develop. Systems can be configured for surface measurements, depth measurements, or simultaneous monitoring at both surface and depth to better understand stratification, intake conditions, and changing water quality through the water column. Continuous data helps identify bloom activity, turbidity spikes, organic loading, and other shifts that may affect treatment strategy. Monitoring can be built around buoy deployments, fixed telemetry nodes, multiparameter sondes, and targeted sensors depending on site conditions and monitoring goals. By combining field measurements with dashboard visualization, alerts, and historical records, AquaRealTime helps drinking water teams take a more proactive approach to source water management.