Drinking water suppliers have to provide every consumer with the required amount of water at sufficient pressure. To ensure this, Berlin's municipal water supplier Berliner Wasserbetriebe performs a daily forward planning of network operations based on a demand forecast for every hour of the next day. The network has 7800 km of pipelines, 9 waterworks, 8 pumping stations, and more than 250000 house connections.

Goal of the project was the development of an optimization method that computes a minimum cost operation plan of the entire network for the predicted demand profile. The method has been implemented in GAMS and integrated as optimization module into the operational control system of Berliner Wasserbetriebe. It has been in regular operation since January 2005.

Publications

2005
Nonlinear Programming Techniques for Operative Planning in Large Drinking Water Networks ZIB-Report 05-31 (Appeared in: The Open Appl. Math. J., 3, 14-28, 2009. http://www.bentham.org/open/toamj/) Jens Burgschweiger, Bernd Gnädig, Marc Steinbach PDF
BibTeX
URN
Operative Planning in Berlin's Drinking Water Network
Optimierte Tagesplanung im Berliner Trinkwassernetz ZIB-Report 05-32 (Erschienen in: OR News Nr. 26, März 2006, S. 6-9, ISSN 1437-2045) Jens Burgschweiger, Bernd Gnädig, Marc Steinbach PDF
BibTeX
URN
Operative Planning in Berlin's Drinking Water Network
Topological Index Criteria in DAE for Water Networks ZIB-Report 05-49 Marc Steinbach PDF
BibTeX
URN
Operative Planning in Berlin's Drinking Water Network
2004
Optimization Models for Operative Planning in Drinking Water Networks ZIB-Report 04-48 (Appeared in: Optimization and Engineering 10 (2009) pp. 43-73) Jens Burgschweiger, Bernd Gnädig, Marc Steinbach PDF
BibTeX
DOI
URN
Operative Planning in Berlin's Drinking Water Network