Local authorities Companies
To remember
  • Catch problems early and cut maitnenace costs
  • Manage groundwater sustainably
  • Plug into your systems

Up to X 

2

the lifespan of wells and pumps

Up to 

40%

increase in well production capacity

Up to 

40%

reduction in energy consumption

Continuous well and pump performance monitoring for utilities

Aquadvanced well watch delivers continuous remote monitoring and analytics for groundwater wells and pumps, combining IoT telemetry, KPI dashboards, and alarm management to extend asset life, optimize maintenance schedules, and support sustainable groundwater management.

Aquadvanced well watch provides a cloud-based dashboard that tracks key performance indicators, flow, drawdown, runtime, and pump efficiency—enabling utilities and operators to detect performance degradation early, plan targeted maintenance, and reduce unplanned downtime. The platform supports SCADA and asset management integration, configurable alerts, and historical reporting to demonstrate compliance and optimize operating costs.

Optimise pump performance and reduce operating costs

Aquadvanced well watch identifies declining pump efficiency, abnormal drawdown, and early signs of failure using trend analysis and automated alerts, helping operators schedule repairs before costly breakdowns and lower energy and repair expenses. 

By monitoring runtime profiles, discharge curves, and motor load, well watch flags inefficiencies and recommends preventive actions such as well rehabilitation or pump tuning. Predictive maintenance reduces emergency call-outs and extends equipment lifespan—delivering measurable OPEX savings and improved service reliability for municipal and agricultural water suppliers.

Protect groundwater resources and ensure sustainability

Aquadvanced well watch supports groundwater stewardship by tracking abstraction rates, cumulative extraction, and aquifer indicators—helping managers enforce sustainable yield limits and adapt pumping strategies to protect longterm water resources. 

Integrated reporting on cumulative extraction and well performance enables resource managers to detect over pumping, coordinate seasonal restrictions, and plan wellfield rotation strategies. These insights support regulatory compliance and sustainable water resource planning across water utilities and irrigationfacilities.

Remote telemetry and easy SCADA integration

Aquadvanced well watch supports multiple telemetry options, cellular, satellite, and LoRaWAN, and integrates easily with existing SCADA, CMMS, or GIS platforms for streamlined data flow and centralised operational control.

Flexible connectivity options ensure low-latency data transmission even in remote wellfields. APIs and standard protocols enable ingestion into enterprise systems, while secure cloud hosting and role-based access let teams share dashboards and alerts with field crews and managers, improving responsiveness and decision making.

Dashboard KPIs, alarms, and reporting for operators

The Aquadvanced well watch dashboard provides actionable KPIs, customisable alarm rules, and automated reports—making it simple to monitor pump health, track maintenance history, and demonstrate performance improvements to stakeholders.

Operators can configure threshold-based alerts for parameters such as excessive drawdown, low flow, or excessive run hours. Timeseries visualisations, event logs, and downloadable reports simplify root cause analysis and support funding requests or regulatory reporting. Role-based views ensure each stakeholder sees relevant insights.

Aquadvanced Well Watch presentation (English version)

Credit: Aquadvanced Well Watch

Use cases: utilities, irrigation, and industrial wells

Aquadvanced well watch supports municipal drinking water suppliers, rural and agricultural irrigation districts, and industrial groundwater users—helping each manage wells, control costs, and maintain sustainable abstraction practices.
  • For municipalities, Aquadvanced well watch reduces outage risk and supports asset management plans.
  • For irrigation districts, it optimises pump schedules and water allocation.
  • For industry, it safeguards process water supply reliability.
  • Cross sector deployment scales from single wells to large wellfields with centralised management and consistent KPIs.

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