Integration of hydraulic and water quality modelling in distribution networks: EPANET-PMX

Alemtsehay G. Seyoum, Tiku T. Tanyimboh

Research output: Contribution to journalArticle

9 Citations (Scopus)

Abstract

Simulation models for water distribution networks are used routinely for many purposes. Some examples are planning, design, monitoring and control. However, under conditions of low pressure, the conventional models that employ demand-driven analysis often provide misleading results. On the other hand, almost all the models that employ pressure-driven analysis do not perform dynamic and/or water quality simulations seamlessly. Typically, they exclude key elements such as pumps, control devices and tanks. EPANET-PDX is a pressure-driven extension of the EPANET 2 simulation model that preserved the capabilities of EPANET 2 including water quality modelling. However, it cannot simulate multiple chemical substances at once. The single-species approach to water quality modelling is inefficient and somewhat unrealistic. The reason is that different chemical substances may co-exist in water distribution networks. This article proposes a fully integrated network analysis model (EPANET-PMX) (pressure-dependent multi-species extension) that addresses these weaknesses. The model performs both steady state and dynamic simulations. It is applicable to any network with various combinations of chemical reactions and reaction kinetics. Examples that demonstrate its effectiveness are included.
LanguageEnglish
Pages4485-4503
Number of pages19
JournalWater Resources Management
Volume31
Issue number14
Early online date25 Jul 2017
DOIs
Publication statusE-pub ahead of print - 25 Jul 2017

Fingerprint

Electric power distribution
Water quality
Hydraulics
hydraulics
water quality
modeling
chemical substance
simulation
network analysis
reaction kinetics
Electric network analysis
Reaction kinetics
chemical reaction
distribution
low pressure
Water
Chemical reactions
pump
Pumps
Planning

Keywords

  • water distribution network
  • water quality modelling
  • disinfection and disinfection by-products
  • drinking water standards
  • pressure-driven analysis
  • reaction kinetics

Cite this

Seyoum, Alemtsehay G. ; Tanyimboh, Tiku T. / Integration of hydraulic and water quality modelling in distribution networks : EPANET-PMX. In: Water Resources Management. 2017 ; Vol. 31, No. 14. pp. 4485-4503.
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Integration of hydraulic and water quality modelling in distribution networks : EPANET-PMX. / Seyoum, Alemtsehay G.; Tanyimboh, Tiku T.

In: Water Resources Management, Vol. 31, No. 14, 25.07.2017, p. 4485-4503.

Research output: Contribution to journalArticle

TY - JOUR

T1 - Integration of hydraulic and water quality modelling in distribution networks

T2 - Water Resources Management

AU - Seyoum, Alemtsehay G.

AU - Tanyimboh, Tiku T.

PY - 2017/7/25

Y1 - 2017/7/25

N2 - Simulation models for water distribution networks are used routinely for many purposes. Some examples are planning, design, monitoring and control. However, under conditions of low pressure, the conventional models that employ demand-driven analysis often provide misleading results. On the other hand, almost all the models that employ pressure-driven analysis do not perform dynamic and/or water quality simulations seamlessly. Typically, they exclude key elements such as pumps, control devices and tanks. EPANET-PDX is a pressure-driven extension of the EPANET 2 simulation model that preserved the capabilities of EPANET 2 including water quality modelling. However, it cannot simulate multiple chemical substances at once. The single-species approach to water quality modelling is inefficient and somewhat unrealistic. The reason is that different chemical substances may co-exist in water distribution networks. This article proposes a fully integrated network analysis model (EPANET-PMX) (pressure-dependent multi-species extension) that addresses these weaknesses. The model performs both steady state and dynamic simulations. It is applicable to any network with various combinations of chemical reactions and reaction kinetics. Examples that demonstrate its effectiveness are included.

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