Vologda CHP - CHP located in the city of Vologda . It is part of TGK-2 .
| Vologda CHP | |
|---|---|
| A country | |
| Location | Vologda |
| Status | acting |
| Commissioning | 1956 |
| Main characteristics | |
| Electric power, MW | 132.1 MW |
| Thermal power | 652 Gcal / hour |
| Equipment specifications | |
| Primary fuel | Natural gas |
| On the map | |
Content
- 1 History
- 2 Activities
- 3 List of main equipment
- 4 See also
- 5 notes
- 6 References
History
- 1937 - the beginning of the construction of the Vologda Thermal Power Plant for the needs of the Vologda Flax Mill.
- 1941 - The construction of the thermal power plant was suspended with the beginning of the Great Patriotic War .
- 1953 - A new design of the station with a capacity of 24 MW was approved.
- February 5, 1955 - With the commissioning of the first turbogenerator and steam boiler, the history of the Vologda Thermal Power Plant began.
- 1955 - launch of the steam boiler No. 1, No. 2 and TG-No. 1.
- 1956 , August - completion of the construction of the station.
- 1956 - start-up of boiler No. 3 and TG-No. 2 and heating networks of the first stage.
- 1959 - launch of the steam boiler No. 4.
- 1965 - CHP is included in the power system, became part of Yarenergo , launch of steam boiler No. 5.
- 1969 - the 2nd stage of heating networks was introduced.
- 1971 - launch of steam boiler No. 6.
- 1972 - launch of turbogenerator No. 3.
- 1979 - the boiler No. 1, a coal warehouse, fuel oil facilities were introduced.
- 1977 - 1984 - construction and commissioning of heating networks in the southern region.
- 1980 - launch of the boiler No. 2.
- 1985 - TPP became part of Vologdaenergo .
- 1988 - launch of the boiler No. 3.
- 1989 - Natural gas supplied.
- 1991 - replacement of TG-No. 1.
- 1995 - CHP transferred to the combustion of natural gas.
- 2005 - 50th anniversary of the CHP [1] .
- 2008 - start of construction of CCGT -110 MW.
- 2010 - completion of the first stage of the chemical water treatment plant.
- 2014 , March - commissioning of 110 MW CCGT.
Activities
Vologda CHP is the largest heat source in Vologda. More than 40 percent of the city’s housing stock is supplied with heat from the station.
Currently, four steam boilers BKZ-50-39F, two steam boilers BKZ-75-139FB with steam parameters of 440 ° C and 39 kgf / cm² and four hot-water boilers KVGM-100 with heat transfer parameters of 150 ° C and 25 kgf are installed at the TPP / cm², turbines PT-12-35 / 10M, PT-12 / 13-3.4 / 1.0-0.1 and R-12-35 / 5M.
The boiler equipment fleet has a large operating time, BKZ-50-39F boilers were produced in 1953 - 1959 , BKZ-75-139FB boilers in 1965 and 1971 , all steam generators worked more than 200,000 hours from the start of operation (the norm is up to 280,000 hours). Hot water boilers were commissioned in 1980 , 1981 , 1989 and 1998 .
In May 2008, an investment project was launched to expand the Vologda Thermal Power Plant with a combined-cycle plant (CCGT) with an electric capacity of 110 MW and a thermal capacity of 70 Gcal / h. The project is implemented by Intertechelectro CJSC (part of the Intertechelectro - New Generation group of companies). The commissioning of the new power unit will serve as an additional impetus to the economic development of the city of Vologda, reduce the region’s energy deficit, create new jobs and increase budget revenues at all levels.
On March 31, 2014, a 110 MW CCGT unit was put into operation as part of a 75 MW GE PG 6111FA gas turbine and a 35 MW steam turbine manufactured by the Kaluga Turbine Plant.
List of main equipment
| Unit | Type of | Manufacturer | amount | Commissioning | Main characteristics | Sources | |
|---|---|---|---|---|---|---|---|
| Parameter | Value | ||||||
| Steam turbine equipment | |||||||
| Steam boiler | BKZ-50-39F | Barnaul boiler plant | 3 | 1955 1958 1959 | Fuel | gas fuel oil | [2] |
| Performance | 50 t / h | ||||||
| Steam parameters | 39 kgf / cm 2 , - ° С | ||||||
| Steam boiler | BKZ-75-39FB | Barnaul boiler plant | 2 | 1965 1971 | Fuel | gas fuel oil | [2] |
| Performance | 50 t / h | ||||||
| Steam parameters | 39 kgf / cm 2 , - ° С | ||||||
| Steam turbine | PT-12-35 / 10M PT-12-3,4 / 1,0 | Kaluga Turbine Plant | 2 | 1991 year 2001 year | Installed capacity | 12 MW | [3] |
| Thermal load | - Gcal / h | ||||||
| Steam parameters | 35 kgf / cm 2 , - ° С | ||||||
| Steam turbine | R-6-3,4 / 0,5M | Kaluga Turbine Plant | one | 1972 | Installed capacity | 6 MW | [3] |
| Thermal load | - Gcal / h | ||||||
| Steam parameters | 35 kgf / cm 2 , - ° С | ||||||
| Water-heating equipment | |||||||
| Hot water boiler | KVGM-100 | Barnaul boiler plant Dorogobuzh boiler plant | four | 1980 year 1981 1989 year 1998 year | Fuel | gas fuel oil | [2] |
| Thermal power | 100 Gcal / h | ||||||
| Equipment for combined cycle plant PGU-110 | |||||||
| Gas turbine | PG 6111FA | General electric | one | 2014 year | Fuel | gas | [4] [5] |
| Installed capacity | 77 MW | ||||||
| t exhaust | 620 ° C | ||||||
| Waste heat boiler | HRSG 108 / 20.8-9.3 / 0.6-545 / 227 | Austrian energy & environment | one | 2014 year | Performance | 108 t / h | [4] [6] |
| Steam parameters | 93 bar, 545 ° C | ||||||
| Thermal power | - Gcal / h | ||||||
| Steam turbine | T 28 / 35-8.8 / 0.1 | Kaluga Turbine Plant | one | 2014 year | Installed capacity | 25.1 MW | [3] [4] |
| Thermal load | - Gcal / h | ||||||
| Steam parameters | - kgf / cm 2 , - ° С | ||||||
See also
- List of thermal power plants in Russia (installed capacity of more than 25 MW)
Notes
- ↑ 50 Warmer Years Archived October 31, 2009 on Wayback Machine
- ↑ 1 2 3 The updated heat supply scheme of the city of Vologda until 2028 for 2018 . The official website of the Vologda city administration . Date of treatment November 6, 2018.
- ↑ 1 2 3 Scheme and program for the development of the electric power industry of the Vologda Oblast for 2019-2023 . The official portal of the Government of the Vologda Oblast. Date of appeal October 25, 2018.
- ↑ 1 2 3 TGK-2 commissioned a power unit at the Vologda TPP . PJSC "TGK-2". Date of treatment November 6, 2018.
- ↑ 6F.03 Gas Turbine (50/60 Hz) . www.ge.com . Date of treatment November 6, 2018.
- ↑ Borush O.V., Grigoryeva O. K. Combined-cycle plants . - Novosibirsk: NSTU, 2016 .-- S. 21. - 64 p. - ISBN 978-5-7782-3074-3 .