PowerGen's 900 MW combined cycle gas turbine (CCGT) power station at Killingholme achieved full load output over two months before the scheduled date for full commercial load and less than 34 months after the turnkey contract was placed. This paper reviews the development of PowerGen's first CCGT power station, discusses the reasons for the choice of this type of plant and examines early operating experience. The contract strategy, a technical description of the plant, the project programme and the environmental impact of the plant relative to a conventional coal-fired power station are also included.
Get full access to this article
View all access options for this article.
References
1.
Environmental statement—proposed Killingholme PowerGen combined cycle gas turbine power station. Central Electricity Generating Board, PowerGen Division, May 1989.
2.
Prospects for the use of advance coal based power generation plant in the United Kingdom. Department of Energy, Energy paper 56, July 1988, p. 37 (HMSO, London).
3.
BeckerB.BonsenF.SimonG.A simple and reliable combustion control system. ASME Congress on Gas turbine and aero engines, Brussels, Belgium, 11–14 June 1990, paper 90-GT-173 (ASME).
4.
ClarkJ. R.Killingholme PowerGen combined cycle gas turbine project. Second IMechE Seminar on Combined cycle gas turbines, London, 8–9 April 1992, pp. 39–48 (Mechanical Engineering Publications, London).
5.
ChappellT. E.ClarkJ. R.The Killingholme PowerGen combined cycle gas turbine power station. Sixth International ASME Cogen Turbo Conference on Gas turbines in cogeneration and utility, Houston, Texas, 3 September 1992 (ASME).
6.
ChappellT. E.JoyceJ. S.The environmental aspects of the Killingholme combined cycle power plant. IMechE International Conference on Power generation and the environment, London, 13–14 November 1990, paper C410/056 (Mechanical Engineering Publications, London).
