GIS & HYDRAULIC MODELING
Surkhandarya Water Project: GIS and Hydraulic Modelling in the Surkhandarya Region. Funded by EBRD
Name of Client: Uzsuvtaminot JSC.
Status: Ongoing
This assignment supports an EBRD-funded program to modernize water supply infrastructure in Surkhandarya by developing a digital GIS and hydraulic model for about 6,800 km of networks, including the Termez city system. The work involves creating a GIS-based electronic map, designing and calibrating a hydraulic model, and providing hardware, software, and training so the Client can independently operate the system. The scope covers baseline data collection, development of mapping layers and databases, model calibration, network performance analysis, identification of bottlenecks, recommendations for pressure zoning and upgrades, and preparation of inputs for future investment planning.
GIS and hydraulic modeling of sewage systems in Urgench, Khiva and Pitnak, Khorezm region. Funded by EBRD
Name of Client: JSC Uzsuvtaminot
Status: Completed
Modernization of water supply and sewerage systems of Urgench consists of investing in the modernization of existing capacities of water supply systems, the introduction of pressure regulation and distribution of water flows, accounting of water consumption by individual consumers and water supply districts, solving problems of production and technical department, adjustment service, modes, emergency dispatch services by developing a GIS-model.
Development of GIS and hydraulic models of Karshi sewage system. Funded by EBRD
Name of Client: JSC Uzsuvtaminot
Status: Completed
The project provides for multi-stage, mechanical and biological treatment of incoming wastewater to ensure the required degree of treatment in Kashkadarya region. The Project also assumes dehydration, post treatment and maturing of the sludge. Environmental and social due diligence has concluded that a through connection of new customers to the wastewater system, accounting for and controlling the quality of wastewater entering the system, improvement of the wastewater treatment process (currently non-existent), the Project will reduce sanitary and epidemiological risks and adverse impacts on the environment and on water bodies. Construction and reconstruction of the existing WWTP will result in decreased H&S and environmental risks related to the use of wastewater leaks while allowing for the connection of at least 50,000 people and increased reliability.
Development of GIS and hydraulic modeling of Urgench city, Khorezm province. Funded by EBRD
Name of Client: JSC Uzsuvtaminot
Status: Completed
Modernization of water supply and sewerage systems of Urgench consists of investing in the modernization of existing capacities of water supply systems, the introduction of pressure regulation and distribution of water flows, accounting of water consumption by individual consumers and water supply districts, solving problems of production and technical department, adjustment service, modes, emergency dispatch services by developing a GIS-model.
• Development of GIS of water supply systems;
• Assistance in the development of hydraulic models of water supply systems of Urgench city.
• Preliminary analysis of cartographic materials available in various sources (satellite images, city plans, previously developed schemes, employees' knowledge, etc.);
• Development of GIS of water and wastewater systems
Name of Client: JSC Uzsuvtaminot
Status: Completed
Modernization of water supply and sanitation systems in Namangan province consists of investing in upgrading the existing capacity of water supply and sanitation systems, introduction of pressure regulation and water flow distribution, accounting of water consumption by individual consumers and water supply zones, calculation of surface runoff, solving problems of production and technical department, adjustment service, modes, emergency dispatch services by developing GIS-model.
• Development of GIS of water supply and sanitation systems;
• Assistance in the development of hydraulic models of water supply and sanitation systems of Namangan city.
• Preliminary analysis of cartographic materials available in various sources (satellite images, city plans, previously developed schemes, employees' knowledge, etc.);
• Development of electronic map of the city;
• Development of GIS of water and wastewater systems.
