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SYGEME, INTEGRATED MUNICIPAL FACILITIES MANAGEMENT OF WATER RESOURCES: TOOL PRESENTATION, CHOICE OF TECHNOLOGY, MAN-MACHINE INTERFACE, AND PROSPECTS

Water management raises questions related to global climate changes, rising demand of resources in emerging economies and decisions on energy policy about the exploitation of hydropower and water protection. The alpine regions are characterized by important seasonal and geographical differences of water availability, both quantitatively and qualitatively. Local authorities have the responsibility to manage various flows that serve the cities (water, gas, electricity, district heating, ICT) and thus ensure safety and quality in the services to customers. Specific tools already exist but a web integrated tool which allows a global and comprehensive vision of the network steering and management is not available yet. Since 2007, experts from the Research Center in Energy and Municipalities (CREM) and the Ecole Polytechnique Fédérale de Lausanne (EPFL) in collaboration with Depth SA, ESRI Switzerland SA, SD Ingénierie and SIG Genève, have worked on the development of a web-based management tool for integrated urban utilities networks, applied to the water cycle (SyGEMe). The objective of this project is to develop a new web-service and a tool for communities and network operators, which includes a monitoring system (real-time measurements) and a system for knowledge management, relied on a geographic information system (GIS) as main user’s interface. Through this tool, the platform allows: Real-time analysis of network operation Management of automatic alerts upon non-standard situations Sustainability of practical network knowledge through the access to a structured and intelligent information system. SyGEMe has entered its final phase. The current version offers many features already such as: documentation and georeferencing of network components and events registered by measuring devices, tasks and standard procedures management and the access to realtime telemetry. The paper aims to present the SyGEMe web-tool, to comment the technologies that have been used and summarize the future prospects of the project.