Keywords
desinfecção
radiação ultravioleta
inativação de microrganismo
radiação ultravioleta
inativação de microrganismo
How to Cite
1.
Roberto Pires M, Pisani B, Ângela Garnica Prandi M, Simões M. Disinfection of water with ultraviolet radiation: bactericide efficiency. Rev Inst Adolfo Lutz [Internet]. 1998 Jun. 30 [cited 2024 Jul. 3];57(1):29-34. Available from: https://periodicos.saude.sp.gov.br/RIAL/article/view/36618
Abstract
Ultraviolet radiation has been accepted as an alternative to chlorination for disinfection of water. The objective of this work is microorganism inactivation survey. A batch reactor, equipped with ultraviolet Iamp, was used in the tests. Ecoli, Eaeruginosa, A.hydrophila, E. faecalis e V.cholerae were the microorganism employed for the study of inactivatíon. The E.coli was the bacteria with the strongest initial resistance but the greatest inactivation constant, E.faecalis was the most resistant.
References
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6. PlRES,M.R. Desinfecção de água de abastecimento com radiação uItravioIeta: eficiência bactericida e uma ánalise econômica e energética. Campinas: Faculdade de Engenharia Mecânica, Universidade Estadual de Campinas, 1997. 88p. Dissertação (Mestrado).
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8. QUALLS, R.G., JOHNSON, J.D., FLYNN,M.P. The role of suspcnded particles in ultraviolet disinfection. JournaI Water PoIlution Control Federation. V55, n.l0, p.1280-1285, out. 1983.
9. SEVERIN, B.F. Disinfection of municipal wastewater effiuents with ultravioletlights. Journal Water Pollution ControI Feration, v. 52, n.7, p.2007-2018,jul. 1980.
10. SOBOTKA,J. The efficiency of water treatment and isinfection by means ofultraviolet radiation. Water Science Technology. Great Britain, v.27, n.3-4, p.343-346, 1993.
11. TOBIN, R.S., SMITH, D.K., HORTON, A., ARMSTRONG, v.c. Methods for testing the efficacy of ultraviolet light disinfection devices for drinking water. Journal American Water Works Association. P.481-484, set.1983.
2. BRAUN, A.M., MAURETTE, M.T., OLIVEROS, E. Technologie photoquimique. Lausanne: Presses Polytechiniques, 1986. 542p.
3. DANIEL, L.A. Desinfecção de esgotos com radiação ultravioleta: fotorreativação e obtenção de parâmetros cinéticos. São Carlos: EESC.USP, 1993. Tese (Doutorado) - Escola de Engenharia de São Carlos, Universidade de São Paulo, 1993. 164p.
4. HARM, W. BiologicaI effects of uItraviolet radiation. N ew York: Cambridge University Press, 1980. 216p.
5. LINDENAUER, K.G., DARBY, J.L. Ultravio let disinfection of wastcwater : effect of dose on subsequnt photoreactivation. Water Research. GreatBritain, v.28,n.4,p.805-817, 1994.
6. PlRES,M.R. Desinfecção de água de abastecimento com radiação uItravioIeta: eficiência bactericida e uma ánalise econômica e energética. Campinas: Faculdade de Engenharia Mecânica, Universidade Estadual de Campinas, 1997. 88p. Dissertação (Mestrado).
7. QUALLS, R.G., JOHNSON,J.D. Modeling and efficiency ofultraviolet disinfection systems. Water Research. Great Britain: v.19, n.8, p. 1039-1046, 1985.
8. QUALLS, R.G., JOHNSON, J.D., FLYNN,M.P. The role of suspcnded particles in ultraviolet disinfection. JournaI Water PoIlution Control Federation. V55, n.l0, p.1280-1285, out. 1983.
9. SEVERIN, B.F. Disinfection of municipal wastewater effiuents with ultravioletlights. Journal Water Pollution ControI Feration, v. 52, n.7, p.2007-2018,jul. 1980.
10. SOBOTKA,J. The efficiency of water treatment and isinfection by means ofultraviolet radiation. Water Science Technology. Great Britain, v.27, n.3-4, p.343-346, 1993.
11. TOBIN, R.S., SMITH, D.K., HORTON, A., ARMSTRONG, v.c. Methods for testing the efficacy of ultraviolet light disinfection devices for drinking water. Journal American Water Works Association. P.481-484, set.1983.
This work is licensed under a Creative Commons Attribution 4.0 International License.
Copyright (c) 1998 Instituto Adolfo Lutz Journal
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