@misc{9234590,
  abstract     = {{Drinking water distribution systems directly affect the quality of life, public health, and the reliability of essential water services. This study evaluates the hydraulic performance and operational efficiency of the Kirke Eskilstrup drinking water distribution network in Denmark using hydraulic modelling in MIKE+. Furthermore, a stakeholder value analysis was included to identify how the modelling results can support practical decision-making and long-term system planning.
This study integrates utility records, GIS data, consumer demand data, pump information, and field pressure measurements to develop, calibrate, and validate a hydraulic model of the current system. The calibrated model was used to evaluate current operating conditions and two scenarios: leakage under normal demand conditions and leakage under high-demand conditions. The results show that the system can maintain hydraulic service under the simulated conditions, although several high-pressure nodes were identified as potential leakage-sensitive points. Pump_1 was found to be sufficient as the main supply pump, while the booster pumps showed lower efficiency despite variations in energy consumption.
The findings indicate that the main optimization opportunities are related to leakage monitoring in high-pressure areas, review of booster pump operation, and further investigation of tank-based pump scheduling. Although the simulated cost increase was small, leakage represents a continuous and avoidable operational cost, while inefficient booster operation may reduce long-term system efficiency. The results, therefore, provide practical decision support for Kirke Eskilstrup waterworks by identifying priority areas for improving pressure management, pump efficiency, and future operational planning.}},
  author       = {{Cordova, Angelica}},
  issn         = {{1101-9824}},
  language     = {{eng}},
  note         = {{Student Paper}},
  series       = {{TVVR 5000}},
  title        = {{Hydraulic Modelling for Performance Assessment and Operational Optimization of a Drinking Water Supply Distribution Network, A case study in Kirke Eskilstrup, Denmark}},
  year         = {{2026}},
}