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POLÁŠKOVÁ, K. HLAVÍNEK, P.
Original Title
Integrated Approach for Protection of Urban Catchment Area
Type
conference paper
Language
English
Original Abstract
Protection of urban catchment area is essential for indirect wastewater reuse. On-line monitoring and real-time control techniques are gradually becoming accepted as methods for optimising the operation of sewerage systems. The operation of combined sewer systems during rain events typically aims to decrease the number and the volume of overflows, and to transport a maximum of combined water to the wastewater treatment plant (WWTP). Integrated modelling approaches nowadays consider the output of both the combined sewer overflows (CSO) and the effluent of WWTP, whereas the dynamic characteristics of the receiving water is rarely included. The theoretical investigation aims to analyse the dynamic interaction of all three subsystem by combining measurements and simulations. The application of real-time control approach to sewer system in Trebic is described. It enables the storage capacity of the sewer system to be better utilised, thus minimizing combined sewer overflow.
Key words in English
real time control, integrated modellimg, combined sewer overflow
Authors
POLÁŠKOVÁ, K.; HLAVÍNEK, P.
Released
1. 2. 2005
Publisher
University of Wollongong
Location
Wollongong, Austrálie
ISBN
1741280826
Book
Integrated Concepts in Water Recycling
Pages from
566
Pages to
574
Pages count
9
BibTex
@inproceedings{BUT14336, author="Klára {Polášková} and Petr {Hlavínek}", title="Integrated Approach for Protection of Urban Catchment Area", booktitle="Integrated Concepts in Water Recycling", year="2005", pages="9", publisher="University of Wollongong", address="Wollongong, Austrálie", isbn="1741280826" }