Abstract
So far the model has been used to evaluate the impact of a newly constructed combined sewer storage tunnel (cen-tral storage tunnel – CST) on the existing WWTP and to derive best management practices (BMPs) for the inte-grated operation of the system in regard to minimizing the total emission load to the receiving water.
| Original language | English |
|---|---|
| Publication status | Published - 2016 |
| Event | International Conference on Water Management Modeling - Toronto, Canada Duration: 24 Feb 2016 → 25 Feb 2016 |
Conference
| Conference | International Conference on Water Management Modeling |
|---|---|
| Country | Canada |
| City | Toronto |
| Period | 24/02/16 → 25/02/16 |
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Keywords
- boundary relocation
- integrated modeling
- interface approach
- total emission
- urban drainage
ASJC Scopus subject areas
- Civil and Structural Engineering
- Water Science and Technology
- Environmental Engineering
Fields of Expertise
- Sustainable Systems
Cite this
A case study for integrated modeling in urban drainage facilitating the interface approach. / Maier, Roman; Hofer, Thomas Franz; Gruber, Günter; Muschalla, Dirk.
2016. International Conference on Water Management Modeling, Toronto, Canada.Research output: Contribution to conference › (Old data) Lecture or Presentation › Research › peer-review
}
TY - CONF
T1 - A case study for integrated modeling in urban drainage facilitating the interface approach
AU - Maier, Roman
AU - Hofer, Thomas Franz
AU - Gruber, Günter
AU - Muschalla, Dirk
PY - 2016
Y1 - 2016
N2 - Late research and developments show a trend towards in-tegrated models to simulate the urban drainage cycle to offer a complete picture of the system’s performance. However, in regard to integrated models considering wa-ter quality, only few actual case studies exist. We devel-oped such a model for the urban drainage system of Graz, Austria containing runoff generation, a sewer system, ac-tuators and the wastewater treatment plant (WWTP) of the city. This integrated model uses an interface ap-proach, which connects commonly known sub-models of the various subsystems by automated scripts. Following this methodology results in the advantage of an under-standable and easier to maintain integrated model for the sewer operator. So far the model has been used to evaluate the impact of a newly constructed combined sewer storage tunnel (cen-tral storage tunnel – CST) on the existing WWTP and to derive best management practices (BMPs) for the inte-grated operation of the system in regard to minimizing the total emission load to the receiving water.
AB - Late research and developments show a trend towards in-tegrated models to simulate the urban drainage cycle to offer a complete picture of the system’s performance. However, in regard to integrated models considering wa-ter quality, only few actual case studies exist. We devel-oped such a model for the urban drainage system of Graz, Austria containing runoff generation, a sewer system, ac-tuators and the wastewater treatment plant (WWTP) of the city. This integrated model uses an interface ap-proach, which connects commonly known sub-models of the various subsystems by automated scripts. Following this methodology results in the advantage of an under-standable and easier to maintain integrated model for the sewer operator. So far the model has been used to evaluate the impact of a newly constructed combined sewer storage tunnel (cen-tral storage tunnel – CST) on the existing WWTP and to derive best management practices (BMPs) for the inte-grated operation of the system in regard to minimizing the total emission load to the receiving water.
KW - boundary relocation
KW - integrated modeling
KW - interface approach
KW - total emission
KW - urban drainage
M3 - (Old data) Lecture or Presentation
ER -