WWTP Khujand, Tajikistan
WWTP Khujand, Tajikistan Period: September 2018 – September 2019 Location: Khujand City, , Tajikistan Task: Rehabilitation of Waste Water Treatment Plant (WWTP) and Rehabilitation of Pond System and Auxiliary Structures in Khujand. Supply and Installation of Equipment and Related Civil Works LOT 1 & LOT-2. In the frame work of Khujand water supply improvement programme (phase III) WWTP Khujand, Tajikistan Generally, urban water supply and sanitation in Tajikistan is in bad condition due to the lack of maintenance since the break-up of the Soviet Union. EBRD and SECO started cooperation on water projects in Tajikistan in 2004 with the Khujand Water Supply Project Phase I. The City of Khujand (population 167’000) is the second largest city of Tajikistan. The project phase I was completed in 2008 and yielded promising results. Therefore, the EBRD and the SECO approved a second phase in 2009. Thanks to these two phases, the conditions of the water supply systems have improved substantially, while the wastewater sector is still in a very bad state therefore EBRD started the programme Khujand water supply improvement programme phase III which includes 3 Lot’s and the contract for LOT-1 & LOT-2 is awarded to our company FELA Planungs AG from Switzerland for Rehabilitation of existing Wastewater Treatment plant (WWTP) LOT-1 and Rehabilitation of Pond System and Auxiliary Structures LOT-2. The existing WWTP was built in the 1970’s. The mechanical and biological units are out of operation for more than 10 years. All electro-mechanical equipment has either been removed or is completely dilapidated and non-functional.Expected results after implementation of the project will be a fully functioning Waste Water Treatment Plant and the impact of the project will improve living conditions and economic opportunities for the population of the city of Khujand. Civil Works: Inlet structure, Screen building (coarse and fine screens) and admin complex. Sand traps, Sand classifier and flow measurements. Sludge pumping station including scum pit Primary Clarifier Bio-Ponds and Auxiliary Structures Mechanical Installation: 7 Penstocks, 3 coarse screens, 3 fine screens, belt conveyer, screening press 12 Penstocks, 4 Sand Pumps + 1 mobile 4 Sludge Pumps 4 Primary clarifier with circular scrapers incl. swimming sludge removal system Flow Measurements Electrical and Control: PCS/SCADA system Internal, external electrical networks incl. cabinets / panels Unitized transformer substation, power 10 kV / Transformer capacity 400 kVA Power Transformer, 35 kV capacity 4000, 6300 kVA Piping Networks: Sludge Pipeline Sewerage Network Water Supply Network Principal: Financed By: Consulatant:
DWSP Delcevo
Delcevo Water Supply Project (DWSP) Period: April 2021 – December 2024 Location: City of Delcevo, North Macedonia Task: Turnkey Construction of Water Treatment Plant and associated Facilities. Design and built. Delcevo Water Supply Project (DWSP) Delcevo is a small city in the Northeast of North Macedonia. The population of Delcevo with nearly 12’000 inhabitants stayed stagnant during the last 20 years. The population of the surrounding villages decreased slightly leading to a total population of 14’500 inhabitants in the service area of the water utility «PUC Bregalnica». With an additional water use of small industries, the connection of two villages Dzvegor and Gabrovo, the future water consumption is assumed to come up with 16’500 population equivalents. Today an existing water supply system supplies the population with potable water. The water resources are lake water from the artificial Loshana dam completed in 2006 with a maximum reservoir capacity of about 1.1 m. cubic meters. A few groundwater wells serve as additional drinking water resource. The water from the dam is treated in a production plant with a maximum capacity of 60 l/s and consists of a flocculation step, two deep bed pressure sand filters, one granular activated carbon pressure filter and a final disinfection step with chlorine dioxide. Currently, the treatment plant is operated with 30 l/s only. A1: Retrofitting of 1st pressure break chamber below Loshana dam A2: New 2nd pressure break chamber A3: Water Treatment Plant and Administrative Building A4: Access road B1: Groundwater well field Trabotiviste B2: Groundwater well field Delcevo C3: Transport main from WTP to Delcevo C4: Water tank «Chuka» in Delcevo C5: Water tank «Dzvegor» in Delcevo CO-OO6: Flow Meter Main Line A3-Delecvo D: Solar power plant Client: Financed By: Consultant:
Thermal Substations Vyshenka, Vinnytsia
Thermal Substations Vyshenka, Vinnytsia Period: July 2018 – April 2019 Location: Vyshenka, Vinnytsia, Ukraine Task: Procurement of Thermal Substations (TS), SCADA system components and associated services for Vyshenka district in Vinnytsia, Ukraine. Thermal Substations Vyshenka, Vinnytsia Energy security is a major policy issue in Ukraine, and its dependency on external supplies is exacerbated by the low efficiency of energy use. In the city of Vinnytsia the “European Energy Award municipal energy management system” was successfully introduced in order to enhance the living conditions of the population and the energy independence of the country. The optimization of the district heating system operation for thermal substations improves the consumers’ service standard and the energy efficiency. SUPPLY OF: Delivery of 96 factory assembled Thermal Substations SCADA System components Hydraulic and electrical connections between the different frames of the TS ADDITIONAL SERVICE: Supervising of the connecting the TS to the utility network Testing and commissioning Training of operating staff Principal: Financed By: Consulatant:
Bulk Flow Meters Project Khujand,Tajikistan
Bulk Flow Meters Project Khujand,Tajikistan Period: December 2017 – June 2018 Location: Khujand, Tajikistan Task: Supply and installation of bulk flow meters and ancillary equipment in Khujand. Bulk Flow Meters Project Khujand,Tajikistan Nevertheless of large investments done in the past years, a large part of the water supply infrastructure in Khujand is old and in bad shape. Infrastructural deficiencies lead to big water losses and partially to contamination of the drinking water. The water supply of several parts of the city is not reliable and running water is only available a few hours a day.The European Bank for Reconstruction and Development (EBRD) together with the Swiss State Secretariat for Economic Affairs (SECO) started a programme to rehabilitate the dilapidated water supply infrastructure. The Khujand Water Supply Improvement Programme (Phase III) includes the supply and installation of bulk flow meters to be installed on the main water pipes near the pumping stations. In addition 19 pressure sensors will be installed at strategic points. All flow-and pressure sensors will permanent communicate data to a central SCADA system.After putting into operation the customer will have a great overview of the main water supply regarding flow, flow direction and pressure. By analyzing the data, detection of water losses will be easier.All above will be a step forward to reduce the non revenue water! Supply and Installation of: 12 Bulk Flow Meters up to DN 800, installed in the existing water network with GPRS / G3 Modems 19 Digital pressure transmitters with GPRS / G3 Modems Ancillary equipment like valves, flanges DN 200 till DN 800 Central dispatcher center with SCADA system for all data from flow meters and pressure transmitters Principal: Financed By: Consulatant:
North Tajik Water Meters NTWRP2-1.4
North Tajik Water Meters NTWRP2-1.4 Period: December 2017 – June 2018 Location: Cities of Shakhristan, Zafarobod, Panjakent and Istaravshan, Tajikistan Task: Supply of domestic water meters for the cities Shakhriston, Zafarobod, Panjakent and Istaravshan in the framework of the North Tajik Water II Rehabilitation Project (NTWRP2). Training of the customer specialists and local installers. North Tajik Water Meters NTWRP2-1.4 Based on the excellent outcomes in previous joint projects, EBRD asked the Swiss Government to participate in the new project North Tajik Water II Rehabilitation Project. This project aims at improving the water supply systems in the cities of Shakhristan, Zafarobod, Panjakent and Istaravshan.In Tajikistan, a high percentage of the population (especially in rural regions) still do not have access to safe drinking water, resulting in severe health consequences – particularly for the poorest people. Installation of domestic water meters helps foster the efficient, transparent and accountable management and delivery of public services at local levels and leads to public sensitization on drinking water and sanitation issues. The vision is: access to affordable, reliable and sustainable drinking water supply and sanitation to improve living conditions of the population. Supply of: A total of 13,876 water meters PP-R pipes, ball-valves, strainers and other fittings Spare parts for 5 years Training of local installers Principal: Financed By: Consulatant:
Pre-Insulated Pipes Zhytomyr
Pre-Insulated Pipes Zhytomyr Period: May 2017 – June 2018 Location: Zhytomyr, Ukraine Task: Energy Efficiency Zhytomyr Project: Procurement of pre-insulated system elements (pipes) and associated services for Zhytomyr City. Pre-Insulated Pipes Zhytomyr Energy security is a major policy issue in Ukraine, and its dependency on external supplies is exacerbated by the low efficiency of energy use. The optimization of the district heating system with installation of pre-insulated pipes improves the consumers’ service standard and the energy efficiency and enhances the energy independence of the country. Supply of: 2’378 m Steel welded pre-insulated pipes for underground laying DN32-DN300 including fittings 8’673 m Steel welded pre-insulated pipes for overground laying DN32-DN300 including fittings 357 m SPIRO pipes for on-ground laying DN250 including fittings Additional Services: Training for installation, commissioning, operation, maintenance and repair Supervision of the goods assembly on site and of the commissioning Local insulatation with polyurethane foam and end insulation Installation, testing and commissioning of the leakage monitoring system Review and approval of pipe stress calculation Principal: Financed By: Consulatant:
North Tajik Water Meters NTWRP-2.1
North Tajik Water Meters NTWRP2-1.4 Period: December 2017 – June 2018 Location: Cities of Shakhristan, Zafarobod, Panjakent and Istaravshan, Tajikistan Task: Supply of domestic water meters for the cities Shakhriston, Zafarobod, Panjakent and Istaravshan in the framework of the North Tajik Water II Rehabilitation Project (NTWRP2). Training of the customer specialists and local installers. North Tajik Water Meters NTWRP2-1.4 Based on the excellent outcomes in previous joint projects, EBRD asked the Swiss Government to participate in the new project North Tajik Water II Rehabilitation Project. This project aims at improving the water supply systems in the cities of Shakhristan, Zafarobod, Panjakent and Istaravshan.In Tajikistan, a high percentage of the population (especially in rural regions) still do not have access to safe drinking water, resulting in severe health consequences – particularly for the poorest people. Installation of domestic water meters helps foster the efficient, transparent and accountable management and delivery of public services at local levels and leads to public sensitization on drinking water and sanitation issues. The vision is: access to affordable, reliable and sustainable drinking water supply and sanitation to improve living conditions of the population. Supply of: A total of 13,876 water meters PP-R pipes, ball-valves, strainers and other fittings Spare parts for 5 years Training of local installers Principal: Financed By: Consulatant:
Syrdarya Water Supply Project
Syrdarya Water Supply Project Period: June 2016 – February 2018 Location: Syrdarya, Beshbulok, Uzbekistan Task: Rehabilitation of Beshbulok Pumping Station and its Wellfield Syrdarya Water Supply Project Officially, 62% of the rural population in Uzbekistan has access to safe drinking water and less than 30% to sewerage systems; the needs are still significant. The drinking water infrastructure was mainly built during the soviet times and is in bad condition. For the Bukhara and Samarkand Water Supply Project, launched in 2003, FELA Planungs AG successfully rehabilitated key elements of the water supply system (e.g. pumping stations, water metering, network rehabilitation). The rehabilitation of the water supply system in Syrdarya province will provide safe drinking water to urban and rural residents and provide tools for the management of the water resources. Pumping Station: Installation of new Pumping Station incl. connection to existing pressure and suction pipes 4 split case pumps (each 1’500 m3/h) and 2 Surge Vessels (each 22.5 m3) 2 Surge Vessels (V=22.5m3) Stainless Steel Piping (DN400 to DN1200) incl. Valves, Flow Meter etc. New Electrolysis Chlorination Station Groundwater Wells: Drilling and construction of 4 new wells Regeneration and de-silting of 24 exsiting wells New submersible pumps (180m3/h), riser pipes (DN150) and construction of well boxes for all 28 wells New Valve Chambers in Manifold between Wells and Reservoir (DN400 and DN800) Electrical Installation: New high voltage distribution 35kV and connection to transmission lines 2 new 35 kV/6 kV, 4 MVA oil-immersed transformers and medium voltage distribution 6kV 2 new Transformer 6kV/400V for Pumping Station and 14 Transformer 6kV/400V for wells Automation and Control: New SCADA system for Well field and Pumping Station Communication with Reservoir Severnaja Principal: Financed By: Consulatant:
Procurement of pre-insulated pipes for Tarnogrodskogo, Vinnytsia
Procurement of pre-insulated pipes for Tarnogrodskogo, Vinnytsia Period: March 2016 – October 2016 Location: Vinnytsia, Tarnogrodskogo, Ukraine Task: Ennergy Efficiency Vinnytsia Project: Procurement of pre-insulated system elements (pipes) and associated services for Zulinskiy (Tarnogrodskogo) district in Vinnytsia. Procurement of pre-insulated pipes for Tarnogrodskogo, Vinnytsia Energy security is a major policy issue in Ukraine, and its dependency on external supplies is exacerbated by the low efficiency of energy use. In the city of Vinnytsia the “European Energy Award municipal energy management system” was successfully introduced in order to enhance the living conditions of the population and the energy independence of the country. The optimization of the district heating system with installation of pre-insulated pipes improves the consumers’ service standard and the energy efficiency. Supply of: 15’454 m Steel pre-insulated pipes for underground laying 478 m Polyethylene pre-insulated pipes 532 m SPIRO pipes for on-ground laying 115 m non insulated steel pipes 55 m Steel pipes with “heavy duty” type insulation Additional Service: Training for installation, commissioning, operation, maintenance and repairs Supervision of the goods assembly on site and of the commissioning Local insulatation with polyurethane foam and end insulation Installation, testing and commissioning of the leakage monitoring system. Review and approvalof pipe stress calculation Principal: Financed By: Consulatant:
Thermal Substations Tarnogrodskogo, Vinnytsia
Thermal Substations Tarnogrodskogo, Vinnytsia Period: March 2016 – October 2016 Location: Tarnogrodskogo, Vinnytsia, Ukraine Task: Procurement of Thermal Substations (TS), SCADA system components and associated services for Ternogrodskogo district in Vinnytsia, Ukraine. Thermal Substations Tarnogrodskogo, Vinnytsia Energy security is a major policy issue in Ukraine, and its dependency on external supplies is exacerbated by the low efficiency of energy use. In the city of Vinnytsia the “European Energy Award municipal energy management system” was successfully introduced in order to enhance the living conditions of the population and the energy independence of the country. The optimization of the district heating system operation for thermal substations improves the consumers’ service standard and the energy efficiency. Supply of: Delivery of 68 factory assembled Thermal Substations SCADA System components Hydraulic and electrical connections between the different frames of the TS Additional Service: Supervising of the connecting the TS to the utility network Testing and commissioning Training of operating staff Principal: Financed By: Consulatant: