Open Access Open Access  Restricted Access Subscription or Fee Access

Design of Optimal Water Distribution Using WaterGEMS

Sujaya Wadekar, Dnyanesh Gosavi, Saurav Chavan, Rupesh Warghade, Shubham Shinde


Water supply network are exorbitant framework planned with a goal of limiting the general expense while fulfilling the water need prerequisites in the adequate amount, quality and at acceptable pressing factor for example discovering a particularly ideal mathematical format which conveys known requests from source to all individual customers for an extensive stretch. In this paper plan of water supply network properly thinking about improvement notwithstanding the expense minimization, least head necessity and least chlorine prerequisite is introduced. Slope strategy is one in which the line releases and nodal heads are taken as the essential questions in planning the Q-H conditions. The non-direct Q-H conditions for the line head misfortune are linearized and tackled by Gradient technique. WaterGEMS software calculation depends on Gradient technique gives ideal answer for the plan of new just as development of existing water supply organization. The product additionally gives how the chlorine fixations changes all through the organization. Water quality outcomes are addressed either utilizing shading coding, tables or charts and assists with finding what better beginning qualities for chlorine focus may be set in the organization. Choice factors includes are pipe distance across, supply rises and repository limit and so on with stream as essential variable. A plan is acquired appropriately considering least and most extreme head and speed rules to decide the genuine stock structure every hub to all customers. In this paper a piece of Aurangabad city is planned and its water network investigation is finished by WaterGEMS software.


Full Text:



Bhave PR, and Lam CF. Optimal Layout for Branching Distribution networks. Journal of Transportation Engineering. 1983; 109(4): 534-547.

Dilip Babubhai Paneria. “Analyzing the existing water distribution system using Bentleys watergems”, International journal of Advance research in Engineering, science management. 2017; 4(5): 19-23.

Mandar G. Joshi, Nitin P. Sonaje: “A review of modelling and application of water distribution network softwares”International Journal of Technical Research and Applications. 2015; 3(5): 174-178.

Prashant Virjibhai Vaghela, Sejal S. Bhagat.“Analysis of existing water distribution network by using watergems a case study of Rajkot city”, international journal of advance research in engineering, science management. 2013; 1-5.

Sajedkhan S.Pathan, Dr. U.J. Khalelkar. “Design of optimal water supply network and its water quality analysis by using watergems”. International journal of science and research (IJSR). 2015.


  • There are currently no refbacks.