The paper presents research conducted on the optimization of urban water supply networks. One direction of optimization follows the use of GIS models for digitization on components system. The use of water supply system operation depends on the proper functioning of the structural and functional components.
In the analysis it was found that the main components of the system are the following: capture, headrace, puming stations, reservoirs, distribution networks.
Each component is made up of a multitude of sub-components with specific structural and functional character. Using GIS program it follows to specify custom properties using layers of structural and functional domains. Autocad Civil 3D, GisNet Set, ArcGis Server and Autocad Toolbase programs allowed to obtain thematic maps on specific areas of the system. The model of the study can vary from simple to complex and can be generalized to any water supply system for a specific use (urban area, villages, tourist resorts, shopping complexes etc.).
Borko D, Utility Cadaster in the Republic of Serbia, Utility Cadaster Seminar, Zagreb, 2015
Brumbelow, K., Torres, J., Guikema, S., Bristow, E., and Kanta, L., Virtual cities for water distribution and infrastructure system research, World Environmental and Water Resources Congress, ASCE, Reston, 2007
Dehghan A, Failure Prediction for Water Pipes, Swinburne University of Technology, Faculty of Engineering and Industrial Sciences, PhD thesis, Australia, 2009
Domitille V., Jean M., World water resources by country, Review of World Water Resources by Country, Volume 23, Rome, 2003
Fatih D., Rod T., Jantien S., Christian L., Hendrik P., Peter O., Sisi Z., 4D cadastres: First analysis of legal, organizational, and technical impact—With acase study on utility networks, Land Use Policy, 2010
Isabelle S., GIS for maintaining and repairing water and sewage network, Prezentare Veolia Water Romania, București, 2012
Luca M., Bălan A., Toma D., Apetroi I., Avram M., 2015, The adduction pipes management on limiting water loss, Proceedings IWA Regional Conference “Water Loss Management 2015”, ARA Publishing, Bucureşti, p. 348…356, ISBN 978-606-93752-6-6
Luca M., Balan P., Mănescu A., Alexandru L., The pollution phenomenon modelling of the underground water, Present Environment & Sustainable Development, Volumul 6, Numărul 2, 2012
Loredana C., The use of GIS in water cadaster, RevCAD - Journal of Geodesy and Cadastre, Volume 15, 2013
Mănescu Al., Sandu M., Ianculescu O., Alimentări cu apă, Editura Didactică și Pedagogica, București, 1994
Obaid B., Sustainable Improvement of Water Networks, Johannes Gutenberg - University Mainz, Institute of Geosciences, Mainz, 2013
Qemajl K., Current development of utilities and undergorund cadastre in Kosovo, Utility Cadastre Seminar, Zagreb, 2015
Peter O., World-wide inventory of the status of 3D Cadastres in 2010 and expectation for 2014, International Federation of Surveyors, Marrach, 2011
Robert S., Michael M., Wolfgang R., Automatic generation of water distribution systemsbased on GIS data, Environmental Modelling & Software, Volume 47, 2013
Skipworth, P. Engelhardt, M. Cashman, A. Savic, A. Walters, G., Whole life costing for water distribution network management, Thomas Telford Publishing, London, 2002
Vasile C., Securitatea alimentară și a resurselor de apă între perspective europene și realități naționale, Prezentare Asociația Romană a Apelor, București, 2013