Water

In the final part of our blog series on hydraulic models, we cover the crucial task of allocating water demands. Start by analyzing total water supplied, identify user categories and locations, and assign average demands to system components, incorporating data from GIS or AMI systems as needed.

In part two of our hydraulic water modeling series, we discuss building the components of a model. Whether using detailed GIS or AutoCAD maps, hard copy maps, or even 'skeletonized' models from the knowledge of system operators, various data sources can help create accurate hydraulic simulations. We explore key elements such as pipes, junction nodes, pumps, and tanks, as well as the importance of topographic data in determining hydraulic grades and system pressures. Stay tuned for part three, where we’ll dive into the critical task of assigning water demands to the model.

Hydraulic models are essential tools for designing, operating, and optimizing drinking water systems. This post explores how computer models streamline tasks like sizing water mains, analyzing fire flow, and identifying system leaks.