Solution to Address Water Scarcity in Nashik
Yash R. Gambhire1, Avishkar K. Gangurde2, Shahu V. Matsagar3, Aniket R.Shinde4, Mr.A.D.Kale5
1CivilEngineering Dept., K. K. Wagh Polytechnic, Nashik
2CivilEngineering Dept., K. K. Wagh Polytechnic, Nashik
3CivilEngineering Dept., K. K. Wagh Polytechnic, Nashik
4CivilEngineering Dept., K. K. Wagh Polytechnic, Nashik
5CivilEngineering Dept. K . K.Wagh Polytechnic, Nashik
Abstract - Water is one of the most important natural resources for human life. Every activity such as drinking, cooking, farming, industry, sanitation, and electricity production depends on water. Even though Nashik city is located near the Godavari River and has dams like Gangapur and Darna, the city still faces serious water shortages every year, especially in summer.
The main reasons for water scarcity in Nashik are fast population growth, urban development, leakage in pipelines, groundwater overuse, irregular rainfall, and poor water management. The city’s daily water demand is around 200 to 320 million Liters per day (MLD), but the available supply is only 150 to 250 MLD. Because of this difference, many areas receive water only once a day or on alternate days. Around 25–30% of water is also lost due to leakage and illegal connections.
This research study explains the causes and effects of water scarcity in Nashik and suggests practical and modern solutions. The proposed solution includes smart IoT water monitoring systems, Bhungroo groundwater recharge technology, circular water reuse systems in buildings, and fog harvesting in hilly areas. If these methods are properly implemented, Nashik can reduce water loss, recharge groundwater, reuse wastewater, and improve overall water security.
This study concludes that Nashik’s water problem is mainly due to mismanagement and wastage, not because there is no water at all. With smart planning and sustainable technology, Nashik can become a water-secure city in the future.
Keywords: Water Scarcity, Nashik City, IoT Sensors, Bhungroo System, Fog Harvesting, Circular Water System, Sustainable Water Management