Biblio

B. D. U. N. I. C. E. F. - Dhaka and BD, D. P. H. E. Bangladesh, “Arsenic tv-spots : Bangladesh”. Bangladesh, Department of Public Health Engineering (DPHE), Dhaka, Bangladesh, p. video ( min.) : VHS/Pal, 1999.

A. Mohseni-Bandpi, Elliott, D. J., and Momeny-Mazdeh, A., “Denitrification of goundwater using acetic acid as a carbon source”, Water science and technology, pp. p. 53-59 : 4 fig., 2 tab., 1999.

M. K. Ghose and Kundu, N. K., “Status of arsenic contamination of water in eastern coalfield areas and its removal processes”, Journal of Indian Water Works Association, pp. p. 63-64, 1999.

S. A. Ferdausi, “Study of low-cost arsenic mitigation technologies for application in rural Bangladesh”, vol. no. 087. IHE (International Institute for Infrastructural, Hydraulic and Environmental Engineering), Delft, The Netherlands, p. x, 119 p. + annexes (ca. 45 p.) : 41 fig., 31 tab., 1999.

A. Z. M. Iftikhar Hussain, “Test report of Arsen:X (TM) filter in removing arsenic from tubewell water”. Bangladesh, Ministry of Health and Family Welfare, Dhaka, Bangladesh, p. 20 p. : fig., photogr., 1999.

C. Polprasert and Poh-Eng, L., Constructed wetlands for wastewater treatment and resource recovery, vol. no. 41. Bangkok, Thailand: Environmental Sanitation Information Center, ENSIC, 1998, p. 120 p. + 6 p. app. : fig., tab.

Q. Liang, “Dearsenation of drinking water by means of coagulation in Bangladesh”. Technical University of Denmark, Lyngby, Denmark, p. xi, 81 p. + 15 appendixes (37 p.) : 38 fig., 20 tab., 1998.

J. Thogersen, “Design and performance of a Danida designed arsenic removal unit presented at the workshop : "measurement and mitigation strategies for arsenic in drinking water at field level"”. Bangladesh, Department of Public Health Engineering (DPHE), Dhaka, Bangladesh, p. 6 p. : fig., 1998.

B. D. D. A. N. I. D. A. - Dhaka and BD, D. P. H. E. Bangladesh, “DPHE-Danida urban water and sanitation project : guideline for arsenic”. Bangladesh, Department of Public Health Engineering (DPHE), Dhaka, Bangladesh, p. 9 p., 1998.

J. Pickford, Low-cost sanitation : a survey of practical experience. London, UK: IT Publications, 1995, p. viii, 167 p. : fig., ill., tab.

L. S. McNeill and Edwards, M., “Soluble arsenic removal at water treatment plants”, Journal American Water Works Association, pp. p. 105-113 : 6 fig., 4 tab., 1995.

M. R. Collins, Cole, J. O., Westersund, C. M., and Paris, D. B., “Assessing roughing filtration design variables”, Water supply : the review journal of the International Water Supply Association, pp. p. SS 5.29 - 5.40: 9 fig., 11 tab., 1994.

H. Brix, “Use of constructed wetlands in water pollution control : historical development, present status, and future perspectives”, Water science and technology, pp. p. 209-223 : 9 fig., 1994.

M. Chaudhuri and Datta, A. K., “Microbial purification in slow sand filter”, Environmental toxicity and water quality, pp. p. 239-247: 2 fig., 1990.

S. S. Bokade, Deshkar, A. M., and Dara, S. S., “Modified Hardwickia binata bark for adsorption of mercury (II) from water”, Water research, pp. p. 1011-1016, 1990.

J. M. Barrett and Silverstein, J., “The effects of high-carbon and high-coliform feed waters on the performance of slow sand filters under tropical conditions”, in Slow sand filtration : recent developments in water treatment technology, 1988, pp. P. 231-252: fig., tab.

Y. F. Cossio, “Reduccion de organismos patogenos y diseno de lagunas de estabilizacion en paises en desarrollo : Ecuador”, in Saneamiento alternativo o alternativas al saneamiento : actas del 1er seminario latinoamericano sobre saneamiento alternativo, Medellin, Colombia, Julio 24-29 de 1987, 1988, pp. P. 235-260 : fig., tab.

A. K. Mishra, “Removal of nitrogen and phosphorous in a facultative and a water hyacinth pond : a case study”, vol. no. EV-88-1. Asian Institute of Technology, Bangkok, Thailand, p. vi, 81 p.: fig., tab., 1988.

B. J. Lloyd, Wheeler, D., and Bartram, J., “The removal of viruses by filtration through sand”, in Slow sand filtration : recent developments in water treatment technology, 1988, pp. P. 207-229: fig., tab.

P. Evans, “Urban and rural on-site sanitation in Botswana : country programme description”. World Bank, Washington, DC, USA, p. 29 p. + annex, 1988.

J. H. Smith and Loehr, R. C., Principles and practices of irrigating agricultural land with food processing waste effluent : a review, vol. no. 22. Bangkok, Thailand: Environmental Sanitation Information Center, ENSIC, 1987, p. 63 p.: fig., tab.

K. V. Ellis, “Slow sand filtration as a technique for the tertiary treatment of municipal sewages”, Water research, pp. p. 403-410: tab., 1987.

R. Callegaro, Cusimano, N., and Deambrosi, N., “El arsenico en aguas de bebida en la Republica Argentina : tecnicas para su eliminacion”. Universidad de La Plata, La Plata, Argentina, p. 36 p.: tab., 1986.

T. Asano, Artificial recharge of groundwater. Boston, MA, USA: Butterworths, 1985, p. xv, 767 p.: fig., tab.

R. Abel, El-Sebaie, O. D., and Kawata, K., “Coagulant property of an indigenous seed : home water treatment in Tamil Nadu”, Tropical doctor, pp. p. 45-47: tab., 1985.