Model for Water Quality in Periphery of Distribution Systemsby Lin Wu,
Steven G. Buchberger,
Trent G. Schade,
Abstract: A model is presented for water travel time and chlorine concentration in periphery dead ends of the water distribution system. The model is developed under the premise that residential water use is a nonhomogeneous compound Poisson process and that water moves through pipes as plug flow. Model results are compared with field data and show good agreement.
Subject Headings: Hydrologic models | Water supply systems | Travel time | Water pipelines | Data processing | Water quality | Hydraulic models | Travel modes
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