Foss Island Power Station

Foss Island Power Station
Foss Island Power Station
Country	England
Location	North Yorkshire, Yorkshire and the Humber
Coordinates	53°57′36″N1°04′05″W / 53.960°N 1.068°W
Commission date	1900
Decommission date	1976
Owner(s)	York Corporation; (1900–1948); British Electricity Authority ; (1948–1955); Central Electricity Authority ; (1955–1957); Central Electricity Generating Board ; (1958–1976)
Operator(s)	As owner
Thermal power station
Primary fuel	Coal
Turbine technology	Steam turbine
Chimneys	1
Cooling towers	1
Cooling source	River water and Cooling Tower
Power generation
Units operational	40 MW
Units decommissioned	All
Nameplate capacity	40 MW
Annual net output	54.77 GWh (1971–72)
	[ edit on Wikidata]

Last updated January 16, 2024

Foss Island Power Station, also known as York Power Station, was a small 40 MW coal-fired power station serving the city of York.^[1]

History

In 1923 the station was supplying 3-phase AC at 400 and 230 V; DC at 460 and 230 V; and DC for traction at 500 V.^[5] The steam turbine driven AC generators comprised two 1,250 kW and two 3,500 kW machines. DC current was produced by two 500 kW oil-driven machines. Electricity supplies were supplemented by a water powered generating station near Linton-on-Ouse (Linton Lock Hydro), which was commissioned in 1923 and comprised a 250 kW and a 500 kW generator. In 1923 the facilities at York generated 15.128 GWh of electricity. The sales of electricity produced a surplus of revenue over expenses of £26,938 for the Corporation.^[5]

Boiler Explosion - 1949

Source:^[6]

On 27 October 1949 at 4.23 a.m. the No. 1 Low Pressure Boiler exploded. This took place on the centre mid drum which ripped along its longitudinal seam. Sections were blown 50 yards away.

The rear boiler section and economiser were blown into the turbine hall causing 35 and 20 ton overhead cranes to collapse, writing off a 3,500 KW turbo alternator and 1,000 KW motor generator set.

The south end of the boiler house was completely wrecked.

Power was restored to York 9.20 p.m. from the remaining generator sets the same day.

Partial demolition of the station building was followed by reconstruction which was completed by August 1950.

The turbine house was in full working order by January 1951

Plant specification

The steam plant at Foss Island were chain grate stoker boilers capable of delivering 400,000 lb/h (50.4 kg/s) of steam at 400 psi (27.6 bar) and 399/427 °C. The generating capacity of the station was 40 MW. Steam condensing and cooling was by river water and a single concrete cooling tower. In the year ending 31 March 1972 the station delivered 54.772 GWh of electricity, its load factor (the average load as a per cent of maximum output capacity) was 16.4 per cent.^[7]

The electricity output from the station, in GWh, was as follows.^[8]^[9]^[10]

In 1958 the York electricity district supplied an area of 166,179 acres and a population of 152,269. The amount of electricity sold and the number and types of consumers was as follows:^[8]

Year	Electricity sold, MWh	No. of consumers
1956	187,527	50,114
1957	197,137	51,362
1958	210,417	52,675

In 1958 the above totals were made up of the following:^[8]

Type of Consumer	No. of consumers	Electricity sold, MWh
Residential	46,254	87,671
Shops, offices, etc.	4,895	36,276
Factories	256	76,195
Farms	1,238	7,025
Public lighting	32	3,250
Total	52,675	210,417

The buildings were demolished around 1980 and the transmission line which ran from the power station to a substation at Tang Hall Lane was dismantled at around the same time.

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References

↑ Jackson, Jeffrey (10 August 1961). "Why Boliers Corrode". New Scientist. No. 247. p. 334. Retrieved 17 January 2016.
↑ "The Derwent Valley Railway". www.irsociety.co.uk. Retrieved 17 January 2016.
↑ "Public services British History Online". www.british-history.ac.uk. Retrieved 17 January 2016.
↑ "Coal-fired Power Stations (Hansard, 16 January 1984)". Parliamentary Debates (Hansard) . 16 January 1984. Retrieved 17 January 2016.
1 2 Electricity Commissioners (1925). Electricity Supply – 1920–1923. London: HMSO. pp. 106–09, 332–37.
↑ 1950 British Electricity Authority interim report into boiler explosion of 1949.
↑ CEGB (1972). CEGB Statistical Yearbook 1972. London: CEGB. p. 15.
1 2 3 Garrett, Frederick C., ed. (1959). Garcke's Manual of electricity supply vol. 56. London: Electrical Press. pp. A-110, A-139, B-261–262.
↑ CEGB Annual report and Accounts, 1961, 1962 & 1963
↑ Electricity Commission, Generation of Electricity in Great Britain year ended 31st December 1946. London: HMSO, 1947.

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[1] Jackson, Jeffrey (10 August 1961). "Why Boliers Corrode". New Scientist. No. 247. p. 334. Retrieved 17 January 2016.

[2] "The Derwent Valley Railway". www.irsociety.co.uk. Retrieved 17 January 2016.

[3] "Public services British History Online". www.british-history.ac.uk. Retrieved 17 January 2016.

[4] "Coal-fired Power Stations (Hansard, 16 January 1984)". Parliamentary Debates (Hansard) . 16 January 1984. Retrieved 17 January 2016.

[:1-5] 1 2 Electricity Commissioners (1925). Electricity Supply – 1920–1923. London: HMSO. pp. 106–09, 332–37.

[6] 1950 British Electricity Authority interim report into boiler explosion of 1949.

[:0-7] CEGB (1972). CEGB Statistical Yearbook 1972. London: CEGB. p. 15.

[:2-8] 1 2 3 Garrett, Frederick C., ed. (1959). Garcke's Manual of electricity supply vol. 56. London: Electrical Press. pp. A-110, A-139, B-261–262.

[9] CEGB Annual report and Accounts, 1961, 1962 & 1963

[10] Electricity Commission, Generation of Electricity in Great Britain year ended 31st December 1946. London: HMSO, 1947.

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