The efficiency of the specified device is enhanced in groundwater that has a reduced presence of organic carbon or chloride. Its compact size allows it to be conveniently deployed within boreholes measuring 50mm in width, with an effortless installation process. The data collected by the device can be accessed remotely in real-time. In addition, it consumes minimal power, making it a sustainable option as it can be powered by solar energy. The device includes an advanced optical sensor that requires minimal calibration, providing an extended period of uninterrupted usage. Regular purging of the device is mandatory. This monitoring mechanism is increasingly gaining prominence, particularly in agriculture as it offers a wealth of invaluable data.
Speed of access is important and connectivity is key to data access
Our technology can measure and track nitrate levels in water in real-time, helping us protect our water resources. It uses a flash light and UV absorption to measure the water’s constituents, and then sends the data to a data-collection platform for storage. This can help us figure out how to use nitrate mitigations effectively.