Abstract
Sewer and storm water systems in cities worldwide suffer from ageing and inappropriate wastewater networks. This challenge has to be met by systematic upgrading and preventive maintenance. It is necessary to analyse the current performance of the wastewater networks, to determine the system bottlenecks that cause system vulnerability on floods in city areas and pollution of receiving waters. The next task is then to use this information for selecting and ranking upgrading projects to improve the situation. CARE-S is a computer based system developed to meet this challenge. It is designed for sewer and storm water network rehabilitation planning.
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References
Barbier R, Sousa e Silva D: Public acceptance of rehabilitation and communication with the public, CARE-S report D15, September 2005.
Baur R, Herz R, Kropp I: Procedure for choosing the right rehabilitation technology, CARE-S report D16, December 2003
Cardoso, MA, Matos R: Predictable performance Indicators, CARE-S report D2 April 2005
Freni G, Milina J, Maglionico M, DiFederico V: State for the art in Urban Drainage Modelling, CARE-S report D7, 2003
Hlavinek P, Malanik S, Sulcova V, Montero C, Villanueva A: Survey of operational options, CARE-S report D11, June 2005
Hulance J, Orman N, Hurley R, Kowalski M: The CARE-S procedure, CARE-S report D20, December 2003
Hulance J, Kowalski M, Taylor K, Hurley R: User interface for the CARE-S wastewater Rehab manager software, CARE-S report D21, April 2004
Knolmar M, Szabo G: Classification system based on visual inspection, CARE-S report D3, May 2003
Legat Y (2004) Degradation models for Drain and Sewer pipelines Parameterized with CCTV inspection data. CARE-S Internal paper
Matos R, Cardoso MA, Pinheira I, Almeida MC: Selection of a listing of Rehabilitation Indicators for Rehabilitation. CARE-S report D1 July 2003
Milina J, Ugarelli R et al: Description and validation of hydraulic performance, CARE-S D8 April 2004
Montero C, Villanueva A, Sulcova V., Raclavsky J. Hafskjold L, Freni G: Wastewater rehabilitation technology survey. CARE-S report D12, April 2004
Schulz N, Krebs P: Environmental impact of rehabilitation, CARE-S report D9, July 2004
Sousa de Silva D, Barbier R, Montginoul M: Rehabilitation impact on social life quality, CARES report D14, September 2005
Sægrov S et al: Computer Aided Rehabilitation of sewer and storm water networks, main scientific report, CARE-S report D29 October 2005 (not finished)
Vollertsen J: Technical tools for structural condition, CARE-S report D4 June 2005a
Vollertsen J: Technical tools for structural condition — deterioration processes, CARE-S report D5, June 2005b
Werey C, Torterotot JP, Sousa e Silva D, Kønig A, Pereira A, Montginoul M: Rehabilitation impacts on socio-economic costs, CARE-S report D13, Oct 2004
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SÆGROV, S. et al. (2006). WASTEWATER NETWORK CHALLENGES AND SOLUTIONS. In: Hlavinek, P., Kukharchyk, T., Marsalek, J., Mahrikova, I. (eds) Integrated Urban Water Resources Management. NATO Security through Science Series. Springer, Dordrecht. https://doi.org/10.1007/1-4020-4685-5_16
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DOI: https://doi.org/10.1007/1-4020-4685-5_16
Publisher Name: Springer, Dordrecht
Print ISBN: 978-1-4020-4683-4
Online ISBN: 978-1-4020-4685-8
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