ГОСТ 32537—2013
Библиография
[11Swisher R.D. «Surfactant Biodegradation», 2nd Edn. Marcel Dekker Inc. New York. 1085 pp (1987)
[2] German Government (1962) Ordinance of the degradability of detergents tn washing and cleaning agents.
Bundesgesetzblatt. Pt.1 No.49:698-706
[3] Painter H.A. and King E.F. (1978.a) W Rc porous-pot method for assessing biodegradability. Technical Report No.70.
W ater Research Centre. Medmenham. UK.
[4] Painter H.A. and King E.F. (1978.b) The effect of phosphate and temperature on growth of activated sludge and on
biodegradation of surfactants. Wat. Res.. 12. 909-915
[5]EckenfekJer W.W. (19) (to come from USEPA],
[6] Gerike P. and Fischer W.K. (1979) A correlation study of biodegradability determinations with various chemicals in
various tests. Ecoiox. Env. Saf.. 3.157-173
[7]Gerike P. and Fischer W.K. (1981). as (6). II Additional results and conclusions. Ecotox. Env. Saf.. 5. 45-55
[8]Painter H.A. and Beating D. (1989) Experience and data from the OECD activated sludge simulation test, pp 113-138. In:
Laboratory tests for simulation of water treatment processes. CEC W ater Pollution Report 18. Eds. Jacobsen BN.
Muntau, H. Angeletti.G
[9]OECD Test Guideline 303A. Paris (1981).
[ 10] International Organization for Standardization. ISO Standard 11.733. Evaluation ofthe elimination and biodegradability
of organic compounds in an aqueous medium — activated sludge simulation test (1995).
[12] Birch R.R. (1984) Biodegradation of noniomic surfactants. J.A.O.C.S.. 61 (2) 340-343
[13] Gerike P.. Fischer W.K .and Holtmann W. (1980) Biodegradability determ inations in trickling filter units compared with
the OECD confirmatory test. Wat.Res.. 14. 753-758
[14] Baumann U.,Kuhn G. and Benz M. (1998) Einfache Versuchsanordnung zur Gewinnung gewasserokologisch
relevanter Daten, UW SF — Z. Umweltchem. Okotox.. 10. 214-220
[15] Her Majesty’s Stationery Office (1982) Assessment of biodegradability. Methods for the examination of waters and
associated materials, pp. 91-98 ISBN 011 751661 9
[16] ИСО 14593:1999 (ISO 14593:1999) Качество воды. Оценка способности органических соединений к полно му
аэробному биологическому разложению в водной среде. Метод с применением анализа неорганического
углерода в герметичных сосудах.
[17] OECD Guidelines for the Testing of Chem icals (1993). Ready Biodegradability 301 A -F
[18] OECD Test Guideline 303A. Paris <1981).OECD/OCDE 303 15/50
[19] Gerike P. and Fischer W.K. (1981). as (6), II Additional results and conclusions. Ecotox. Env. Saf.. 5. 45-55
[20] Truesdale G.A.. Jones K.. Vandyke K.G. (1959). Removal of synthetic detergents in sewage treatment processes:
Trials of a new biologically attackable material.W at. Waste Tr. J „ 7. 441-444
[21] Baumann U.. Kuhn G. and Benz M. (1998) Einfache Versuchsanordnung zur Gewinnung gewasserokotogisch
relevanter Daten. UWSF — Z. Umweltchem. Okotox.. 10, 214-220
[22] Gloyna E.F.. Comstock R.F.. Renn C.E. (1952). Rotary tubes as experimental trickling filters. Sewage ind. Waste.
24. 1355-1357.
[23] Kumke G.W.. Renn C.E. (1966). LAS removal across an institutional trickling filter. JAOCS. 43. 92-94
[24] Tomlinson T.G.. Snaddon D.H.M.. (1966). Biological oxidation of sewage by film s of micro-organisms. lnt.J. Air Wat.
P ollut. 10. 865-881
[25] Her Majesty’s Stationery Office (1982). M ethods for the examination of waters and associated materials. Assessment
of biodegradability. 1981. London
[26] Her Majesty’s Stationery Office (1984). Methods for the examination of waters and associated materials. Methods for
assessing the treatability of chemicals and industrial waste waters and their toxicity to sewage treatment processes.
1982. London.
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