The design of lagoons for the dewatering and retention of ash from pulverised coal burned in a power plant in Hong Kong is described. To reduce pollution of nearby oyster beds the sea water used to convey the ash as a slurry is decanted and returned to the power plant for discharge into deep water.
Brown, J. et al. (1976), The disposal of pulverised fuel ash in water supply catchment areas. Water Research, 10, 1115-1121.
2.
BS 1747 (1969), Methods for the Measurement of Air Pollution, Part 1. London: British Standards Institute.
3.
Hernen, B. (1981), The design, contracting and construction of the Castle Peak "A" Power Station. Hong Kong Engineer, (January).
4.
Hernen, B. (1983), Power plant construction by the owner. Hong Kong Engineer, (October).
5.
Lee, P.M.H. & Wigmore, J.W. (1988), Planting trials using P.F.A. as a bedding material . Proceedings of Polmet 88, Hong Kong, Vol. 1, pp. 113-118.
6.
Murray, J.H., Thomson, D.B. & Stringer, L.A. (1986), Castle Peak Power Stations Hong Kong. British Construction Profile, (January).
7.
Orton, M.F. (1981), Civil enginnering aspects of Castle Peak Power Station at Tap Shek Kok. Hong Kong Engineer, (July).
8.
Pearson, J.M., Salmon, N.R. & Henlison, R. (1986), The Construction and Commissioning of the Generating Plant at Castle Peak "B" Power Station. Hong Kong: Hong Kong Institution of Engineers, (November).
9.
Thornely, J.H.A., Dunn, G. & Joslin, A.T. (1987), The production and use of coal ash in Hong Kong . Hong Kong Contractor, (March).
10.
Yeung, H.Y. & Wigmore, J.W. (1988). Environmental monitoring of a sea lagoon for pulverised fuel disposal in Hong Kong. In Proceedings of Polmet 88, Hong Kong, Vol. 1, pp. 233-238.
