Uchalinsky GOK completed the reconstruction of the city water tower
As part of its charitable activities, JSC Uchalinsky GOK (an enterprise of the raw materials complex of UMMC) allocated 6.7 million rubles for the overhaul of the water tower in the Rudnik microdistrict in Uchaly. The work was carried out by the repair and installation department of the Uchalinsky GOK in agreement with the MUE Uchalyvodokanal.
The working documentation for the reconstruction of the water tower was prepared by the design department of the plant. According to the design solutions, the dismantling of a wooden shelter, metal structures of the "zero" site, pressure pipelines, a tank with a volume of 150 m3, power supply and lighting networks was carried out in the structure.
A new tank with the same volume and an insulated metal shelter were made and installed for repair -installation department of the plant. During the reconstruction, pressure pipelines and valves, power supply and lighting networks were replaced. Internal work also included the replacement of the floor of the "zero" site - it was poured with concrete, having laid the reinforcement in advance.
- During the repair of this site, a convenient opening with a ladder was arranged for safe descent to the lower level, where the piping and a new collector, - said Vadim Khamitov, head of the repair and installation department of JSC Uchalinsky GOK.
The work performed on the reconstruction of the water tower will allow the Uchalyvodokanal Municipal Unitary Enterprise to organize year-round water supply to the microdistrict, taking into account the provision of stable pressure in the system and the required amount water during the period of mass consumption.
Recall that in the summer Uchalinsky GOK modernized the water supply system of the Rudnik microdistrict: it built an additional branch of the water supply system, looping its dead-end sections, and also installed a new water tower, which serves as an addition to the existing one and provides more even distribution of water during periods of high load on tap water network.