The Ural Turbine Works is a power machine building plant that designs, manufactures, and maintains steam turbines of varying capacity. The plant is located in Yekaterinburg. Mikhail Lifshitz is Chairman of the Board of Directors.
History
History of the name
1938–1948 – The Ural Turbine Works
1948–1948 – The Ural Turbine Motor Works
1976–2003 – The Turbine Motor Works
2004 – The Ural Turbine Works
USSR
In September 1936, the Council of Labor and Defense made a decision to build a turbine plant in Sverdlovsk that would supply the navy. The project was approved in 1937, and on October 2, 1938 the Ural Turbine Works (UTW) was founded.
The first unit of UTW’s design, a turbo feed pump for power plants, was released in 1940. The plant started their serial production.
In May 1941, UTW released a 12 MW turbine designed for combined heat and power generation (a cogeneration turbine). The manufacture of the first turbine was the pivotal point in the UTW’s history. The plant mastered the production of the most powerful steam heating turbine of the time. From that moment on, the plant focused on the production of heat extraction turbines.
During World War II, production facilities evacuated from Leningrad and Kharkov were stationed at the UTW site. The site hosted two plants: Tank Diesel Engine Plant No. 76 (now Ural Diesel Engine Plant) and the Ural Turbine Works.
During the war, UTW was referred to as a “turbine resort,” since it was the only operating turbine plant . The UTW workers has restored and refurbished 32 turbines, as the national power industry was in desperate need of turbine equipment. For instance, the plant actively contributed to the reconstruction of the Donets Basin power stations: a complete AT-25-2 turbine was manufactured for Lysychansk Heat and Power Station (at that time – Severodonetsk State Regional Power Plant). In 1942, the Ural Turbine Works launched production of marine turbines for navy vessels.
Originally, the turbine capacity was 16 MW, and since 1943 the plant began manufacturing TV-6 marine turbines with a capacity of 22 MW. Workers of the Ural Turbine Works were involved in the reconstruction of Black Sea Fleet vessels that took part in the defense of Odessa and Sevastopol.
After the war, an engineering department was established at UTW, and the plant started independently designing turbines with a capacity of 25, 50, and 100 MW.
To meet the demands of the developing gas industry, the plant launched production of gas turbines in the late 1950s. An engineering school was opened at the plant. The first serial gas turbine – GT-6-750 – was produced in 1965.
In the 1960s, the plant was the first in the world to build a T-100 heat turbine with a capacity of 100,000 kW.
In 1966, the plant and its workers were awarded the Lenin Prize for the design, serial production, and introduction of the T-100 turbine to the state economy. The Ural Turbine Works has produced 245 turbines of various modifications of the T-100 family, commissioned over time at 106 Heat and Power Stations and State Regional Power Stations in 13 countries worldwide.
In the 1970s, UTW designed a series of gas utilization compressorless turbines for the iron and steel industry. UTW began supplying the units both to domestic and international metallurgical companies. For the first time in the USSR, gas turbines were awarded the state quality mark.
In 1973, the plant launched industrial production of 250 MW steam cogeneration turbines, the most powerful in the plant’s history. Between 1972 and 1992, the Ural Turbine Works has produced 32 of these units for power plants in Moscow, St. Petersburg, Minsk, Kiev, and Kharkov. Nineteen turbines of this kind have been installed in Moscow alone.
Present
In September 2003, the Turbine Motor Works OJSC was reorganized into an independent enterprise: the Ural Turbine Works JSC.
As of 2021, the plant manufactures condensing and cogeneration turbines for steam power plants, steam turbines for combined cycle power units, marine turbines for nuclear-powered vessels, and power island equipment for waste incineration plants. The plant also provides power equipment maintenance and upgrading services.
In 2014, the plant has developed a range of marine turbines for RITM-200 and RITM-400 nuclear reactors on icebreakers.