Analysis of Water Distribution Network Using ...

Analysis of Water Distribution Network Using Different Methods

Author Name : Arti Swami, Nitupriya Ekorge, Hemangi Gavit, Laxmikant Kahalekar, Yogesh Suryawanshi, Dr. Navnath Khadake

ABSTRACT

All living things depend heavily on water for survival. In addition to irrigation and industry, water can be used for home reasons. A water distribution system is one that moves drinking water from a centralized treatment facility or well supplies to a service connection or a customer's tap. These systems work to maintain enough pressures in the water distribution system while also preserving the quality and amount of the water. These systems are made up of a web of pipes, pumps, valves, reservoirs, storage tanks, and other parts.

A water distribution system needs to be planned such that it can accommodate an expanding population. A sufficient water supply can improve living conditions. The distribution pipelines shouldn't allow the water's quality to decline. Urban water supply issues are turning becoming a significant problem for officials. Because most water supply plans use sporadic systems. When using an intermittent system, residents only receive water for a few hours per day; as a result, the pipelines are frequently empty or only partially full. A reliable water distribution system meets consumer demand when it's needed. In urban regions with many of pipes, the design and study of WDN is a difficult procedure. The study of WDN is carried out utilizing EPANET software as well as theoretical techniques like the Hardy-Cross and Newton-Raphson methods. This project effort analyses the water distribution network using various analytical techniques and contrasts various network outcomes.

Keywords: (Wdn) Water Distribution Network