Biblio

J. N. Kardile, Simple methods in water purification. Nasik, India: Foundation for Simplified Filters, 1987, p. 179 p.: fig., tab.

S. Vigneswaran, Shanmuganantha, S., and A. Mamoon, A., Trends in water treatment technologies, vol. no. 23/24. Bangkok, Thailand: Environmental Sanitation Information Center, ENSIC, 1987, p. 96 p.: fig., tab.

L. Keng-Pang, “Upflow anaerobic sludge blanket reactor with inclined tube settlers”, vol. No. EV 87-22. Asian Institute of Technology, Bangkok, Thailand, p. 2 microf. (vi, 89 p.): fig., tab., 1987.

K. Leng Sow, “Application of inclined tube settlers in urban water supply”. Asian Institute of Technology, Bangkok, Thailand, p. vii, 101 p.: fig., tab., 1983.

K. M. Yao, “Water treatment technology for rural drinking water supplies”, in Proceedings of the regional seminar on water technology towards rural development, 1982, pp. 294-306 : fig.

N. M. Tariq and Yao, K. M., “A laboratory study on tube settling”. Institute of Public Health Engineering and Research, Lahore, Pakistan, p. 12 p.: fig., tab., 1976.

W. Liengcharernsit, “Use of bamboos and corrugated asbestos cement as local materials for tube settlers”, vol. no. 832. Asian Institute of Technology, Bangkok, Thailand, p. vi = 72 p. : tabs., refs., 1975.

G. Culp, Hansen, S., and Richardson, G., “High-rate sedimentation in water treatment works : a paper presented on Jun. 4, 1968, at the Annual Conference, Cleveland”, Journal American Water Works Association, pp. p. 681-698 : fig., tab., 1968.

K. M. Yao, “Theoretical study of high-rate sedimentation : paper presented at the 42nd Annual Conference on Water pollution Control Federation, Dallas, Tex., October 5-10-1969”, Journal WPCF, pp. p. 218-228: fig.