How Technology Can Solve Water Problems in Pune: Smart Solutions For a Growing Cityhe news of water problems in Pune is not new, with reports in...
Published on by Water Network Research, Official research team of The Water Network
he news of water problems in Pune is not new, with reports indicating that the city is facing growing water shortage issues for several reasons. One of the biggest factors is the fact that the city’s reservoir levels are gradually dwindling across primary sources like the Varasgaon, Temghar, Panshet, and Khadakwasla dams. They are not fully able to meet the needs of a fast-growing city like Pune, raising major concerns about future water availability and the looming threat of scarcity.
Some Other Reasons Behind Pune’s Water Shortage
The water shortage situation in Pune has resulted from several factors, aside from the reducing levels at its major dams. One of the biggest concerns has been the erratic pattern of rainfall and also the excessive extraction of groundwater across the city. At the same time, the fast increase in population has led to a huge demand and consumption of water. The usage levels in the city now surpass its available resources, thereby putting a massive strain on the existing supply.
Another reason is climate change, with erratic patterns of monsoons leading to continued water shortages, calamities, or other events hindering water quality. This may well lead to major issues for citizens in the future, with water supply being restricted or completely unavailable, particularly during peak summers or the dry months. Water rationing may also be a reality soon, along with higher water prices and potential concerns resulting from a lack of access to clean water.
How to Combat the Problem With Technology
Technology can be an excellent option to combat growing water problems in Pune. Artificial intelligence (AI) and the Internet of Things (IoT) can help immensely. Here’s how:
AI and IoT can help track water usage in real-time and also detect leaks swiftly. IoT sensors can flag unusual patterns of water flow, thereby helping find leaks and facilitating quick repairs. This helps prevent water loss by a great deal.
They can thus optimise the distribution of water and forecast demand on the basis of weather and other factors.
Authorities can also gain valuable insights into patterns of consumption, thereby helping them manage their resources better and adopt preventive measures.
Automated control systems and data analytics can thus enable better management in areas with higher scarcity.
AI-based algorithms can also analyse soil and weather data to optimise irrigation systems and schedules as per the needs of each crop, thereby lowering water usage considerably.
IoT sensors can also track various parameters of water quality, including turbidity, pH levels, and contaminants, to ensure safe drinking water access.
AI sensors can also analyse data to optimise the water pressure and allotment throughout the whole network to lower They can also help prevent overflow and automate water tanker delivery for prompt supplies.
Along with helping conserve water through intelligent allocation and management, AI can also forecast potential scarcity or drought scenarios and trigger the implementation of rationing and other preventive measures.
AI can also work in industrial environments to conserve water and analyse usage, along with spotting opportunities for recycling and detecting leaks.
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https://bhaskarlive.in/how-technology-can-solve-water-problems-in-pune-smart-solutions-for-a-growing-cityTaxonomy
- Urban Water
- Urban Water Supply
- Urban Water Infrastructure
- Urban Design
- Urban Regeneration
- Urban Engineering
- Urban Regeneration