Solution

Groundwater Levels and Use

Overuse of groundwater can lead to dangerously low aquifer levels, increased pumping costs and water quality issues.

Agencies tasked with conserving groundwater resources can use sensor networks to monitor ground water levels and volume of water pumped out for irrigation and industrial uses.

Our solutions allow water managers to deploy advanced level transducers, flowmeter transmitters and water quality sensors with hybrid wireless connectivity for efficient data collection and analysis.

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Feature

Groundwater Monitoring

Groundwater level is monitored using high-quality pressure transducers connected to compact data loggers and wireless telemetry units. Based on the deployment location, power availability and number of sensors in the field, we provide long-range radio, cellular or satellite connectivity options.

Pressure Transducers (Vented, Non-vented)
Water Level, Temperature

Feature

Flowmeter Monitoring

Flowmeter monitoring is important for both growers and groundwater conservation agencies to ensure sustainable agriculture in all parts of the world. Our solutions work with a wide range of flowmeter models and can be customized with additional sensors to avoid incorrect flowmeter readings due to equipment failure or tampering.

Flow Rate (Gallons per minute)

Flow Volume (Acre-Ft)

Pump Status

Feature

Groundwater Quality

Periodic manual sampling of groundwater is done to track water quality changes due to dropping aquifer levels, nutrient leaching, septic tank issues, fuel tank leaks or industrial and mining activity. Most pollutants and minerals can only be tested in a laboratory needing manual sampling of groundwater but some key parameters can be measured daily using in-situ sensors. Early detection of abnormal spikes in certain parameters enable early intervention and mitigation efforts.

Salinity (EC)