Biblio

S. D. Freese, Nozaic, D. J., and Trollip, D. L., “Disinfection alternatives for rural applications”, in Towards the millennium development goals - actions for water and environmental sanitation : proceedings of the 29th WEDC conference, Abuja, Nigeria, 2003, Loughborough, UK, 2003, pp. P. 103-106 : 2 tab.

D. F. I. D. United Kin GB, “Chlorinating small water supplies : a review of gravity-powered and water-powered chlorinators”, vol. no. 511. Water, Engineering and Development Centre, Loughborough University of Technology, WEDC, Loughborough, UK, p. vi, 53 p. : boxes, fig., tabs., 2001.

B. J. Lloyd, Graham, M. J. D., and Barrott, L. P., “Comparative evaluation of two novel disinfection methods for small-community water treatment in developing countries”, Aqua : journal of water supply research and technology, pp. p. 396-404: fig., tab., 1990.

“Hypochlorination”, in The handbook of chlorination, 1986, pp. P. 62-119 : fig., tab.

G. H. Kelsall, “Hypochlorite electrogeneration for drinking water disinfection”. The Hague, The Netherlands, p. ca. 60 p.: fig., 1986.

D. G. Stevenson, “A survey of present and potential future chlorine / hypochlorite plant practice in the water industry”, in International conference on local generation and use of chlorine and hypochlorite, held in London on 14th - 16th October 1980, 1986, p. 15 p. : 8 fig.

W. Klut, “In-situ hypochlorite production”. The Hague, The Netherlands, p. 59 p.: fig., 1984.

Subagjo and Sudarno, H., “Laboratory set up for electrolytic hypochlorite generation”. Institute of Technology Bandung, Development Technology Center, Bandung, Indonesia, p. 25 p. : fig., 1983.

G. B. Electroche London, “International conference on local generation and use of chlorine and hypochlorite, held in London on 14th - 16th October 1980”. Society of Chemical Industry, Electrochemical Technology Group, London, UK, p. ca 200 p. : fig., tab., 1980.