MUMBAI, India, Oct. 26 -- Intellectual Property India has published a patent application (202641114666 A) filed by Ballari Institute Of Technology & Management; Dr. Aradhana D; Dr. Jagadish R M; Mr. Manjunath Kammar; Mr. Azhar Baig M; Arshiya Naaz; Aishwarya; Lakshita; and Lahari on September 24, 2026, for Portable Groundwater Monitoring Apparatus With Long-Term Level And Quality Prediction.
Inventors include Dr. Aradhana D; Dr. Jagadish R M; Mr. Manjunath Kammar; Mr. Azhar Baig M; Arshiya Naaz; Aishwarya; Lakshita; and Lahari.
The application for the patent was published on October 23, 2026, under issue no. 43/2026.
Abstract: PORTABLE GROUNDWATER MONITORING APPARATUS WITH LONG-TERM LEVEL AND QUALITY PREDICTION This invention describes a portable groundwater monitoring apparatus configured for integrated assessment and long-term prediction of groundwater level and quality conditions. The apparatus acquires groundwater depth, temperature, conductivity, acidity, turbidity, dissolved constituent, environmental, location, rainfall, extraction, and historical groundwater information. A processing arrangement correlates acquired measurements with historical and environmental datasets and applies temporal predictive analysis to identify seasonal dependencies, long-term variations, depletion tendencies, deterioration patterns, and relative influence of monitored variables. The apparatus generates multi- year forecasts, prediction intervals, condition classifications, and progressive warnings indicative of potential groundwater depletion or quality deterioration. Local processing and memory enable continued operation during communication interruption, with subsequent synchronization to authorised water-management platforms. A rugged weather-resistant portable enclosure, visual display, status illumination, rechargeable power arrangement, protected sensing interfaces, replaceable sampling arrangements, calibration controls, and field mounting provisions facilitate deployment across wells, boreholes, agricultural locations, monitoring stations, and remote groundwater environments.
Disclaimer: Curated by HT Syndication.
