Design of Water Distribution System for Irrigation in Adarshnagar Village Using Storm water Harvesting Technique in WaterGEMS Software.
[1] Priyanka Salunkhe ,[2]Bhakti kulkarni,[3]Brijesh Duduka ,[4]Aditya Jadhav,[5]Kalpesh
Badgujar,[6]Milind Thikade
Head of Department, [2] Assistant professor, [3] final year student, [4] final year student, [5] final year student, [6] final year student,
[1]priyankasalunkhe@ternaengg.ac.in,[2]bhaktikulkarni@ternaengg.ac.in [3] brijesh.duduka@gmail.com [4]adityamilindpramila@gmail.com, [5]badgujarkalpesh11@gmail.com,
[6]milindthikade16820@gmail.com
Abstract- This project tackles the challenge of water scarcity in Adarshnagar Village by proposing a sustainable and efficient irrigation system built around storm water harvesting techniques. We'll begin by assessing the village's current water situation, analyzing existing irrigation practices, traditional water sources and their limitations, and the village's specific water needs.
The heart of the project lies in designing a system to capture rainwater runoff, a valuable resource that often goes to waste. We'll consider the average annual rainfall in the region, Adarshnagar's topography, and the most effective methods for rainwater collection and storage. To ensure efficient water distribution, we'll leverage the power of Watergems software. This tool allows us to create a detailed model of the entire irrigation system. We can virtually map the network of pipes and channels that will distribute the harvested rainwater throughout the village, optimizing the flow and ensuring each field receives its fair share. The model will also be instrumental in identifying potential bottlenecks or pressure imbalances before construction begins, allowing for proactive adjustments.
The successful implementation of this project will transform Adarshnagar Village. Farmers will have access to a reliable and sustainable source of irrigation water, reducing dependence on dwindling resources and promoting water conservation practices. By utilizing rainwater, a readily available yet often overlooked resource, the project fosters environmental sustainability.
Keywords - Water scarcity, Adarshnagar Village, Storm water harvesting, Watergems software,
Water distribution system, Network modelling
