News

AI-based Groundwater Monitoring System to Revolutionise Water Management In City

Bengaluru: To tackle water scarcity in the city, BWSSB has announced the adoption of an AI-based advanced groundwater monitoring system. Developed in collaboration with scientists from the Indian Institute of Science (IISc), the Central Ground Water Board (CGWB), and Karnataka Groundwater Authority, it promises to revolutionise the monitoring and management of groundwater levels in the city.

V. Ram Prasath Manohar, Chairman of BWSSB, highlighted the significance of this initiative. “Low groundwater levels are a major contributor to water scarcity in Bengaluru. Traditional monitoring systems have limitations in providing real-time, accurate data. The AI-based system will address these challenges effectively,” he said. A key component of this initiative is the formation of a dedicated ‘groundwater task force’ within BWSSB, comprising experts from IISc, CGWB, and Karnataka Groundwater Authority. This task force will be responsible for continuously monitoring groundwater levels using advanced technology. The AI-based system will enable real-time data collection, analysis, and reporting, providing comprehensive insights into groundwater availability and trends. “The involvement of IISc scientists ensures we have access to state-of-the-art technology for accurate groundwater monitoring,” said Manohar. BWSSB aims to adopt a targeted approach to water management. Decision-making related to groundwater recharge systems and other water conservation measures will be driven by data, leading to more effective solutions. “We’ll be able to identify areas with rising groundwater levels and implement appropriate measures to mitigate water scarcity,” he added. This initiative will aid in planning and executing groundwater level-rise programmes, optimising resource allocation, and reducing costs. Moreover, it’ll provide insights into enhancing groundwater levels in lakes.

Source: https://bit.ly/4dnwZZd

Leave a Comment

Your email address will not be published.

You may also like

Read More