Information Population Legal entities Services Management Company About the enterprise Dispatching service +7 (3467) 33-22-99 home About the enterprise History History History of Vodokanal of Khanty-Mansiysk 1. The history of the development of the water supply system At the end of 1930 , construction began on a new center of the Ostyako-Vogul national district - the village of Ostyako-Vogulsk. Office buildings, industrial enterprises, educational institutions, cultural institutions, housing were built. By the end of 1933 , streets named after Komintern, named after Lenin appeared in the village. At the same time, a communal department was created, which was a set of enterprises, services and farms for providing the population with water, electricity, and was also engaged in cleaning the territory of the village, building communal enterprises. In February 1939 the yearthe city Ostyako - Vogul housing administration of the City Committee on Agriculture was created, which was engaged in the operation of the entire municipal economy from the procurement of firewood, the maintenance of residential buildings, hotels, hairdressers, baths, dumps, cemeteries, horse yard, to laundry. The department also included a water supply workshop. In 1952 yearthe department was renamed into Khanty-Mansiysk housing administration. A year later, in 1953, the Department of Public Utilities was created. They included a section of the water supply system, which was engaged in the maintenance of city water towers, wells and water supply. Water supply of the city with high-quality drinking water was very problematic in the fifties, water without purification was supplied to the population for household needs, there was a high incidence of intestinal infectious diseases. In 1950 March 22at a meeting of the executive committee of the Khanty-Mansiysk City Council of Working People's Deputies, it was decided to build a city water supply system and approve the cost estimate in the amount of 99690 rubles in 1945 prices. The chairman of the executive committee of the city council at that time was K.B. Pakin. , Secretary Khudyakov I.L. In 1956, the design institute of JI "Giprokommunvodokanal" in Novosibirsk developed a project for household and drinking water supply for the city of Khanty-Mansiysk, which provided for two stages of construction. ... First of allthe construction of a water supply system was developed based on a population of 15 thousand people. At the same time, the norms of water consumption in 1954 were: street water intake 50 litas / day per person, watering cattle - horses 60 litas / day, cows 50 litas / day, pigs 20 litas / day, sheep 15 litas / day. The estimated maximum water consumption per day for the project of the first stage was 750 cubic meters / day for the population, for the second stage, 1100 cubic meters / day, respectively, the watering of livestock -350 cubic meters / day and 377 cubic meters / day, economic and food enterprises 729 cubic meters / day and 1523 cubic meters / day. The design capacity of water supply was 1060 cubic meters / day for the first stage and 3000 cubic meters / day for the second stage. Artesian wells were taken as the source of water supply. The water intake is provided from 6 wells and is located in the green zone in the northern part of the city at the exit from Sverdlova Street. The productivity of each well was 22 cubic meters per day. The water raised by the wells of the station of the first lift through a common pipeline is supplied to the site of the treatment facilities and the station of the second lift. On the site of the treatment plant, located in the immediate vicinity of the water intake wells, there is a boiler room, a treatment station combined with a pumping station of the second lift, a clean water tank with a capacity of 400 cubic meter / day In the building of the station of the second lift, combined with the water treatment plant, there are 5 filter chambers. The pumping station is equipped with 3 4k-8a centrifugal pumps with a capacity of 90 cubic meters per hour and a pressure of 43 meters. The project also provided for the construction of main water pipelines along Sverdlov and Krasnaya (Roznina) with a length of 853 m, on Dzerzhinsky street 697 m, on Komsomolskaya street 617 m, on Engels street 366 m, on Mira street 1178 m, on Kalinina street 250 m, on Gagarina street, the length of the pipeline with a branch to the station 3 rises, for supplying water to the upland part of the city, was 3451 m, the total length of all projected networks was 8075 meters. At the station of the 3rd lift, a clean water tank with a capacity of 400 m / cu was designed. Also, in the second stage of construction, it was additionally provided for the drilling of 4 wells for water and the construction of clean water reservoirs with a capacity of 400 m / cu at stations 2 and 3 rises. The project also provided for the construction of main water pipelines along Sverdlov and Krasnaya (Roznina) with a length of 853 m, on Dzerzhinsky street 697 m, on Komsomolskaya street 617 m, on Engels street 366 m, on Mira street 1178 m, on Kalinina street 250 m, on Gagarina street, the length of the pipeline with a branch to the station 3 rises, for supplying water to the upland part of the city, was 3451 m, the total length of all projected networks was 8075 meters. At the station of the 3rd lift, a clean water tank with a capacity of 400 m / cu was designed. Also, in the second stage of construction, it was additionally provided for the drilling of 4 wells for water and the construction of clean water reservoirs with a capacity of 400 m / cu at stations 2 and 3 rises. The project also provided for the construction of main water pipelines along Sverdlov and Krasnaya (Roznina) with a length of 853 m, on Dzerzhinsky street 697 m, on Komsomolskaya street 617 m, on Engels street 366 m, on Mira street 1178 m, on Kalinina street 250 m, on Gagarina street, the length of the pipeline with a branch to the station 3 rises, for supplying water to the upland part of the city, was 3451 m, the total length of all projected networks was 8075 meters. At the station of the 3rd lift, a clean water tank with a capacity of 400 m / cu was designed. Also, in the second stage of construction, it was additionally provided for the drilling of 4 wells for water and the construction of clean water reservoirs with a capacity of 400 m / cu at stations 2 and 3 rises. on Mira street 1178 m, on Kalinin street 250 m, on Gagarina street, the length of the pipeline with a branch to the station of 3 rises, for supplying water to the upland part of the city, was 3451 m, the total length of all projected networks was 8075 meters. At the station of the 3rd lift, a clean water tank with a capacity of 400 m / cu was designed. Also, in the second stage of construction, it was additionally provided for the drilling of 4 wells for water and the construction of clean water reservoirs with a capacity of 400 m / cu at stations 2 and 3 rises. on Mira street 1178 m, on Kalinin street 250 m, on Gagarina street, the length of the pipeline with a branch to the station of 3 rises, for supplying water to the upland part of the city, was 3451 m, the total length of all projected networks was 8075 meters. At the station of the 3rd lift, a clean water tank with a capacity of 400 m / cu was designed. Also, in the second stage of construction, it was additionally provided for the drilling of 4 wells for water and the construction of clean water reservoirs with a capacity of 400 m / cu at stations 2 and 3 rises. The design solution for the development of water supply in the city of Khanty-Mansiysk was implemented slowly. The management of the combine of communal enterprises was located at 59 Sirina street. The water supply workshop was located at Vodoprovodnaya street. Vodoprovodnaya Street was previously called "Second Oktyabrskaya"; on October 13, 1960, by decision No. 257 of the Executive Committee of the Khanty-Mansiysk City Council of Working People's Deputies of the Tyumen Region, it was renamed Vodoprovodnaya Street. In 1966, by the decision of the City Council No. 288 of December 14, the buildings and structures of the city water supply system and water intake wells were transferred from the balance sheet of the city power plant to the balance of the Office of the Combine of Public Utilities. The utility company was located at 59 Sirin Street. As of March 1969in the water supply workshop there were, in different parts of the city, 12 communal water towers and 7 water distribution points, where the containers located inside the building were filled with supply water and the population took water during the day. In the part of the city, where there were no wells and water distribution points, water was supplied by 3 water carriers according to the schedule. ... Two sewage trucks were employed to remove urban wastewater. In 1970, the first pumping station was put into operation on Sverdlova street, which supplied water through a steel water supply system with a length of eight hundred meters to the street. Roznina (Krasnaya) and Kalinin street. Date of entrythe commissioning of the first water pumping station and centralized water supply in the city of Khanty-Mansiysk was taken as the basis for the date of formation and creation of the city water supply system. Since 1974 , with the commissioning of a water deferrization station with a capacity of up to 3000 cubic meters of water per day, purified water was supplied from the pumping station to Pionerskaya St., Lenin St., Dzerzhinsky St., Kominterna St. In the late 60s and early 70s, the city began intensive, at that time, construction of housing and engineering networks of water supply. During the period 1970 to 1980, water pipelines were put into operation on the street. Kalinin, Dzerzhinsky, Sirin, Chekhov, with a total length of 4800 meters. In 1978the length of the water supply networks was 7.8 km, water-supply columns 20 pcs, wells on the network 70 pcs, fire hydrants 50 pcs, there were 3 accidents on the water supply networks. , the number of workers in the waterworks was 48 people. On February 1, 1986at the water intake on the street. Vodoprovodnaya operated 11 artesian wells with a capacity of 2784 cubic meters per day. The deferrization station consists of 5 pressure filters with a diameter of 2400 mm from the Taganrog plant. Filters are single-stage, loaded with quartz sand with a particle size of 0.8 - 1.2 mm. For flushing the filters, 300 cubic meters per day are consumed. Wash water is discharged onto the relief. The length of the city water supply networks is more than 10 km. Mokogon N.G. was the senior foreman of the waterworks department. , repairman of water supply networks Lagoda V.G. The construction of the pumping and filtering station was carried out by SU-20 of the Nefteyuganskstroy trust from 1968 to 1974, the drilling of water wells at the water intake of the production or PMK-13 Glavtyumenvodstroy, NGRE Nazymskaya. On February 1, 1989 , there were 12 working wells at the water intake on Vodoprovodnaya street, the water rise was 4650 cubic meters / day. The population of the city of Khanty-Mansiysk by 1989 was 38,200 people, of which 30,000 people used the communal water supply. Water consumption per inhabitant was more than 100 liters. The existing water supply capacity has become insufficient to meet the growing needs of the city for high-quality drinking water. By 1990The length of the city water supply networks was 20 km. There are 24 standpipes, 94 water supply wells on the water supply networks, the water supply workshop, which is part of the city's POZHKH, was involved in the operation of the water supply network. 8 people were involved in direct maintenance of the water supply network, including 6 locksmiths. The water supply workshop was equipped with RVM car, excavator, 2 sewage trucks, 4 water trucks. The number of staff in the water supply workshop was 55 people, of whom were the drivers of pumping stations 1,2,3, lifting 11 people, a laboratory assistant - 1, a filter operator - 4, a water dispenser - 12, a welder - 1, electricians - 2, drivers - 13, locksmiths - 6, shop manager, senior foreman. 12 artesian wells were involved in the water intake on the rise of water, the daily volume of water supply to the city was up to 3600 cubic meters / day. On the territory of the water intake for storing clean drinking water, there were two clean water reservoirs with a capacity of 400 cubic meters. and 2000 cubic meters. The treatment facilities operated with excess of the design capacity, the quality of the water supplied to the consumer did not meet the regulatory requirements. The quality of water in 1990 before purification is presented in terms of indicators - for iron 14-16 mg / l after purification 0.4-1.0 mg / l in turbidity before purification 18-20 mg / l and after purification 0.8-1.0 mg / l. On the basis of the decree of the Khanty-Mansiysk City Executive Committee of February 17, 1992, a unitary “Vodokanalizatsionnoe predpriyatie” was separated and created from the POZhKH. In order to improve the quality of water supply and meet the growing volumes of water consumption in the city on September 9, 1992, the director of the MVKP Makogon N.G. sent a letter to the design institute "Sibgiprokommunvodokanal" with a request to consider the possibility of reconstruction of the existing water treatment facilities, pumping station 3 rises and construction of a disinfection station. In November 1992, a commission consisting of the director of the municipal water-supply enterprise Makogon N.G and the chief engineer Lagoda V.G., the chief engineer of the design institute "Sibgiprokommunvodakanal" Tokareva L.V, the head of the technical department of the institute V.F.Kuklev, the head and engineer of the project group Bondareva N .P, Genkovskoy N.A. conducted a survey of the technical condition of the existing water supply in the city of Khanty-Mansiysk. The survey revealed; - at the water treatment plant, the existing pressure filters operate with overload at a design capacity of 3000 cubic meters / day, the actual productivity is more than 4000 cubic meters / day. - there are no facilities for water disinfection at the water treatment plant. There is no ventilation in the building of the waste water treatment plant. There is no lifting equipment in the pumping station 2 of the lift. There is no fencing of the site of water intake and water treatment facilities and no external lighting. No landscaping. In the autumn-spring period, the site of the water intake and water treatment facilities is flooded with melt and rainwater. There is no water measuring equipment. Electrical and power equipment requires replacement. Having discussed the technical condition of the existing water supply facilities, the commission decided to include the following works in the project: to reconstruct and expand the deferrization station with the installation of additional pressure filters in the amount of 5 pcs. Provide automatic operation of filters. To obtain the quality of water that meets the regulatory requirements, design an ozonation and electrolysis plant. To ensure uninterrupted water supply to the consumer, install 2 reservoirs with a capacity of 5000 m, cubic each at the site of the water treatment plant. Reconstruction of power supply networks. Implement fencing and improvement of treatment facilities. Provide for the reconstruction of the pumping station 3 rises and design 2 counter-reservoirs in the area of the pumping station, for guaranteed water supply to the northern part of the city and storage of fire-fighting water volume. In October 1992, the MVKP prepared a technical assignment for the design of the facility "Urgent measures for the reconstruction of existing water supply facilities in the city of Khanty-Mansiysk with a design capacity of 10,000 cubic meters. days "In accordance with the contract No. 1111 of November 17, 1992 and the design assignment approved by the head of UHKH Myasnikov A.V. design institute JI "Giprokommunvodokanal" developed a working project. The design solution was corrected, changes and additions were made depending on the pace of city construction. In connection with the construction of social and cultural facilities, housing and sports facilities in the city of Khanty-Mansiysk, as well as to provide high-quality drinking water to the residential area of Samarovo in April 1995, the construction of a water intake on the street. Gorky with a capacity of 1000 cubic meters per day. with the drilling of 4 water wells and the construction of a clean water reservoir with a capacity of 1000 cubic meters. in 1997 the water intake was put into operation. In connection with the commissioning of the water intake on Gorkogo street, the water intake in the part of the city was called “southern”, and the water intake in the northern part on Vodoprovodnaya street was called “northern”. Also in the upland part of the city, for water supply to the residential area of Lermontovo-Rybnikov on Sutromina street, there was a water intake from 4 low-flow wells and water treatment facilities with a capacity of 500 m3 / day. Since 1996the reconstruction of water treatment facilities on Vodoprovodnaya street began, which lasted about ten years. According to the adopted design scheme, water is supplied to the consumer to purify water to potable quality at water treatment plants, the raised water enters the 1000 m3 storage tank, then by pumping pumps it is supplied to the aerator-degasser to the vacuum-ejection columns, and ozone-air is supplied there from the ozonizer unit. a mixture that is a strong oki fusion. The released gases and excess ozone are processed on thermocatalysts and an environmentally friendly air mixture is released into the atmosphere. After contact with ozone, water is pumped through an intermediate tank of 100 m3 to the 1st stage of 2-chamber filters loaded with burnt rock. In accordance with the project, the removal of manganese, ammonia, hydrogen sulfide is envisaged in the aerator-degasser and in the filters of the 2nd stage. Iron is removed by filters of the 1st stage. By residual pressure, water from the 1st stage is supplied to the 2nd, loaded with activated carbon. After the filters, the water enters the clean water tanks with a total volume of 12000m3. From the reservoirs, through an ultraviolet installation with a disinfecting effect, pumps of the 2nd rise, water enters the distribution city water supply system. The reconstruction of the water intake and water treatment facilities in different years was carried out by CJSC Lukoilneftegazstroy-K, CJSC Nazymskaya OGRE, MK-65 Ozersk, OJSC NII Volgogradproekt, Research Institute of Introscopy TPU Tomsk, CJSC Tobolskstroymehanizatsiya, CJSC Atlant Tyumen. An important role in the development of water supply and sewerage systems in the city of Khanty-Mansiysk was played by the territorial program “Provision of high-quality drinking water for the population of the Khanty-Mansiysk” adopted in 1997. In subsequent years, within the framework of the program, the main urban facilities and water supply and sanitation facilities were built. 1999 year. The construction of a water supply system from polyethylene pipes of 400 mm from the Severny air-conditioning unit to ul. Comintern and water supply on the street. Gagarin with a diameter of 300 mm for water supply of the Mountainous part of the city. year 2000. Completed the construction of a water supply system on the street. Surgutskaya from Pozhdepo to st. Lermontov with the abandonment of 2 wells at Soldatskoe Pole. Completed the construction of a water supply from st. Surgutskaya to boiler house No. 17 with abandonment of 2 wells. year 2001.Under the target program, an in-depth cleaning of the main water supply networks with a total length of 30.4 km was carried out. A polyphosphate installation for anti-corrosion coating of steel pipelines with polyphosphate was put into operation. Water pipelines were laid from polyethylene pipes D 225 mm from the Severny air station on the street. Krasnoarmeyskaya-st. Lumumba street - Mayakovsky street - Lenin street to Dzerzhinsky street, from Kalinin street to Uchkhoz, on the street. Komsomolskaya from st. Karl Marx to st. Comintern, the commissioning of these water pipelines will ensure the normal water supply of newly built multi-storey residential buildings, as well as the switching of existing residential buildings. The main water supply networks, taking into account the newly laid ones, are more than 55 km. By 2003from the "Severny" water intake, water is supplied to urban areas - this is OMK, the Uchkhoz microdistrict, the northern part of the city and from the Yuzhny water intake - the Samarovo region. To supply the upland part of the city, a station of the III rise with a capacity of 4320 m3 / day operates on the water supply from the "Severny" water intake. Through a control tank with a capacity of 400 m3, water under a pressure of 8-10 kg / cm2 is supplied to the upland part of the city to the boiler houses and then through a water supply system laid together with heating networks it reaches the consumer. Also in the upland part there was a water intake "Nagorny" from 4 wells in the area of the 15th boiler house on Sutormina street. In 2003the total length of distribution water supply networks operated by various organizations is 79.68 km and 70 km of water supply networks laid together with heating networks. The water supply scheme allows to provide 35.5 thousand people from municipal housing and 4.713 people from departmental housing with a centralized water supply system. However, there are still some districts of the city that are not provided with high-quality drinking water - these are SU-967, Gornaya Ferma, Gospromkhoz, and a social hospital in Samarovo. In 2004, instead of a steel pipe with a diameter of 219 mm, a polyethylene water pipe with a diameter of 400 mm was put into operation from the station 3 elevations to st. Gagarin (to the ambulance station) Early 2005at the end of the license period, as well as in connection with the transfer of the water supply of the Samarovo microdistrict to the Severny air intake, the operation of the Yuzhny and Nagorny water intakes was discontinued, the water intake and water treatment facilities were mothballed, and the operation of wells at Gospromkhoz on Gagarina street was also terminated at the "Social Hospital" on Proletarskaya street. In 2005 , with the completion of the reconstruction of the Severny water intake and the commissioning of water treatment facilities, the water supplied to the consumer in all respects met the regulatory requirements. Water supply to the city of Khanty-Mansiysk and adjacent districts of OMK, Uchkhoz and SU-967, Gorny settlement is carried out from the water intake "Severny" with a design capacity of 16 thousand m3 / day. ... In March 2005 ... a third lift station with a capacity of 6,000 m3 / day was put into operation in the area of the Nazymskaya hydroelectric power station on the street. Builders. From the pumping station, a water pipeline with a diameter of 350 was laid into the upland part with a water rise of up to 100 meters, then along the street. Ryabinovaya-Snezhnaya-Gagarina-lane Yuzhny-Koshevoy and descent along the southern slope with a loopback with a water conduit at the intersection of ul. Kirov - Svoboda in the Samarovo area. To supply water to the residential area SU-967, a pumping station with a capacity of 1080 m3 / day with a regulating tank with a volume of 1000 m3 was also put into operation in 2005, located on the territory of the Meteostation along the Tobolsk tract. The existing scheme of the water supply network and the location of the pumping stations provide autonomous water supply to the residential sector and boiler rooms SU-967 and Gorny settlement within 1-3 days from the storage tank. In 2007, for the water supply of the existing private individual housing, with supply water, measures were taken to lay street water pipes on the street. Geologists - Vostochnaya street -500 m with a diameter of 110 mm; st. New - 261 m with a diameter of 110 mm; st. Chapaev - 520 m with a diameter of 110 mm; per. Rechnikov -143 m-diameter 110 mm. 2009 r.The volume of water consumption of the city amounted to 5102.30 t.m3 / year. For the water supply of the existing private individual housing, with supply water, measures were taken to lay street water supply networks in the private sector with a total length of 6.8 km. at the following addresses: - SU-967 (Taezhnaya st., Sosnovy Bor st., Solnechnaya st., Pochtovy lane, Rassvetnaya st., Zelenaya st., Gribnaya st., Elovaya st., Festivalnaya st., Raduzhnaya st., Magistralnaya st., Yagodnaya st.) - 3.5 km.), st. Arefiev -300 m, st. Geologists - Vostochnaya - 700 m, lane. Kurortny-149.6 m, st. Meadow -200 m. The total length of the existing water supply networks is about 126 km. and 70 km of water pipelines were laid together with heating networks. On the balance sheet of the MP "Vodokanal" there are only 111,600 km of water supply networks, of which: - steel - 9.67 km. -polyethylene 101,929 km. year 2012. All wells at the water intake are equipped with frequency converters (FP) ALTIVAR, VESPER. The introduction of a state of emergency made it possible to reduce the load on the electric motors of the pumps at the time of start-up, to eliminate water hammer in the well during start-up, and to gradually increase the load on the pump. Before the water is supplied to the filters, an automatic hydrocyclone unit YAMIT made in Israel was installed, which separates the sand before water enters the filter unit. 2013... At the water treatment facilities of the Severny water intake, a complete re-equipment of the ozonation station was carried out, which is one of the main components of ensuring the quality of water treatment. Three new CFY ozone generators and six NewLife oxygen concentrators manufactured in the USA were installed in the ozonation building. In the complex, the ventilation equipment was replaced with the ventilation unit "Climate 042". To improve the hydraulic operation of the pumping units, Volvotubi air valves were installed on the supply and pressure pipelines to ensure the operation of the pumps in an economically beneficial mode. year 2014... The water supply network of Khanty-Mansiysk covers all districts of the city and provides a centralized water supply system for 88% of the population, the rest of the population is provided with drinking water through standpipes and supply water. The total length of water pipelines is 293 km, of which 72 km are laid together with heating networks. The balance of the municipal enterprise "Vodokanal" as of 01.01.2015 includes 142.1 km of water pipelines, 1362 units of water supply wells (total in the city of 2581 units), 535 fire hydrants (734 units in total in the city), 43 water columns (88 units at the beginning of 2014). In 2014the modernization of the pumping station of the III-rd lift of "Chekhov" was carried out. Outdated CNS pumps were replaced with a modular cascade pumping unit equipped with five Grundfos CR64-4-2 pumps with a total capacity of 385 m3 / h and a capacity of 185 kW / h. To ensure stable pressure and flow parameters in the water supply system of the Nagornaya part of the city, at the control point on Ryabinovaya street 20, a pressure sensor is installed, connected to a frequency converter in the Chekhov NS. Requisites Contacts Working hours Our people History Progress Organizational structure Mass media about Vodokanal News archive news 08/09/16 From 01.07.2016 a multiplying factor will be applied Details in the announcement 06/02/16 Roskomnadzor warns: take care of personal data protection! 2011. All rights reserved. © Municipal Water Treatment Enterprise of the Municipal Formation of Khanty-Mansiysk Mined in: Ugra Internet Solutions