Projects That Deliver Real Impact

The Mangit water treatment plant, located in the Amudarya district, is a new facility with a capacity of 40,000 m³/day, financed by the Asian Development Bank. Construction began in 2024 and commissioning is scheduled for 2025 with a total project cost of $12,989,500.
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The plant includes first- and second-lift pumping stations, horizontal sedimentation tanks, rapid mixing and flocculation chambers, filtration facilities, clean and wash water reservoirs, sludge storage ponds, a chlorination unit, and full reagent management infrastructure, along with administrative, laboratory, and maintenance buildings.
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Process equipment features pumps and dosing systems by Grundfos and Flygt, shut-off valves from Tianjin Tanggu TWT Valve Co., Ltd., compressors from Guangzhou AirHorse Compressor Co., Ltd., and mechanical treatment equipment produced by ASM Aritma Sistemleri. Automation is managed through a SCADA system based on Siemens, with instrumentation supplied by Endress+Hauser and Chemitec.

Construction and reconstruction of sewage systems in the district center of Khanka included the development of the “Khanka” sewage treatment plant with a capacity of 4,000 m³/day (new construction).
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The total project cost amounted to 44,639,308,809 sum ($3,871,243.50). Construction began in 2021 and the facility was commissioned in 2023.
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The wastewater treatment plant operates using SBR (Sequencing Batch Reactor) technology, ensuring efficient biological treatment of wastewater. The facility is equipped with submersible pumps and mixers manufactured by Grundfos, shut-off and control valves from FAF Valve Company, blowers from KAESER Kompressoren, and measuring instruments supplied by Endress+Hauser. Process automation and monitoring are carried out through a SCADA system based on Siemens. Mechanical equipment, including gate valves, mechanical rake screens, sand traps, sand removal scraper mechanisms and decanters, was manufactured by ASM Aritma Sistemleri.talled.

As part of the project, the following facilities were constructed: sewage pumping stations (4 complete units), sequential process reactors with sludge tanks (2 units), intake grille chambers with sand traps, contact tank, sludge drying areas, electrolysis unit, air station building, transformer substation, and other supporting infrastructure necessary for stable and continuous plant operation.

Project cost — 59,341,421,287 sum ($5,024,037.69). Construction started in 2021 and the facility was commissioned in 2024.
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During the reconstruction a new-generation reagent management system using aluminum oxychloride was installed. Chemical pumps and a dosing station manufactured by Grundfos were mounted, together with blowers produced by KAESER Kompressoren. The facility also received centrifugal horizontal double-entry pumps and vertical centrifugal pumps from Grundfos.
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Shut-off and control valves from Tianjin Tanggu TWT Valve Co., Ltd. were installed in the pipeline system. An electrolysis unit with a capacity of 8.5 kg/h manufactured by Lutz Pumpen & Lutz-Jesco was implemented. Automation of technological processes was carried out through a SCADA system based on Siemens, and measurement instrumentation supplied by Endress+Hauser was installed.

As part of the reconstruction the following facilities were built: water intake structure, reagent management unit, vortex mixers, horizontal sedimentation tanks, filter station, two clean water reservoirs of 3,000 m³ each, electrolysis building, pump station for filter flushing and internal needs, administrative and laboratory building, diesel power station canopy, passageway, 630 kW and 1,000 kW transformer substations, operators’ house, utility building and sludge storage tanks.

The project to improve the drinking water supply system in the Jizak Region uses water from the Zarafshan River and includes the construction of the “Uzunbulok” Water Treatment Plant in the Bakhmal District with a capacity of 100,000 m³/day. Construction was carried out from 2019 to 2021, with a total cost of 92,316,660.967 UZS (approximately $8,709,118.95).
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Due to the natural terrain, raw water enters the plant by gravity and the treated drinking water is also delivered to consumers without additional lifting, ensuring energy-efficient operation. The facility is equipped with modern technologies, including vertical centrifugal and submersible filter-washing pumps by Wilo (Germany), shut-off and control valves by Tianjin Tanggu TWT Valve Co., Ltd. and Tecofi (France), shield valves by Tecofi, an electrolysis unit with a capacity of 12.5 kg/hour produced in Uzbekistan, and precision measuring instruments from Endress+Hauser (Switzerland). Monitoring and operation are managed through a SCADA system based on Schneider Electric.
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As part of the project, key treatment facilities were built: reagent facilities, flocculation chambers, horizontal sedimentation tanks, filter station and control room, clean and technical water reservoirs, sludge storage tanks, and a pump station for internal needs. Supporting infrastructure includes an administrative and laboratory building, checkpoints, warehouse, repair workshop, garage, and auxiliary utility structures, ensuring reliable and continuous operation of the water treatment plant.

The “Kadyrya-Selskaya” Water Treatment Plant (WTP) in the Kibrai District of the Tashkent Region is a new construction project with a design capacity of 100,000 m³/day. The project was implemented between 2019 and 2022 with financing from the Asian Development Bank. The total project cost amounted to $12,511,957.06.
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The facility is equipped with advanced technological solutions, including centrifugal horizontal double-entry pumps, chemical pumps, and submersible pumps for filter flushing manufactured by Wilo (Germany), as well as shut-off and control valves from Tecofi (France). The treatment process incorporates a 12.5 kg/hour electrolysis unit produced in Uzbekistan and a dosing station supplied by Lutz Pumpen & Lutz-Jesco (Germany). A modern SCADA automation system based on Schneider Electric (France) ensures efficient monitoring and operational control.
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As part of the project, key water treatment and auxiliary infrastructure was constructed, including water intake facilities, first and second lift pump stations, reagent facilities, flocculation chambers, horizontal sedimentation tanks, filter stations, control rooms, and reservoirs for technical and clean water. In addition, supporting buildings such as an administrative and dispatch center, laboratory, transformer substations, maintenance workshop, warehouse, garage, and checkpoint were built to ensure reliable and continuous plant operation.