Organic compounds in sludges 243
[6] Department of Environment and National Water Council, HM Stationery Office, London
(1979) Methods for the Examination of Water and Associated Materials, 12p. (R22
BEN).
[7] Trably, E., Delgenes, N., Patmureau, D. & Delgenes, J.P. (2004) International Journal
of Environmental Analytical Chemistry, 84, 995.
[8] Grzyybowski, J., Radecki, A. & Rewkiwska, G. (1983) Environmental Science and
Technology, 17, 44.
[9] Brown, L., Rhead, M.M. & Braven, J. (1984) Water Research, 18, 995.
[10] Sweetman, A.J. (1994) Water Research, 28, 343.
[11] Bersek, J.D. & Holzen, R. (1999) Journal of Chromatography, 852, 545.
[12] Stepanova, M.L., Illina, R.I. & Yu Shaposhnikov, K. (1972) Analytical Chemistry USSR,
27, 1075.
[13] Miege, C., Bouzige, M., Nicols, S., Pichon, V. & Hennion, M.C. (1999) Journal of
Chromatography A, 859, 29.
[14] Fox, M.M. (1973) Environment Science and Technology, 7, 838.
[15] Musselwhite, C.C. (1975) Water Pollution Control, 74, 110.
[16] Somiya, I., Yamada, H., Izumi, Y. & Odakaki, M. (1979) Journal of Water Pollution
Control, 2, 181.
[17] Musselwhite, C.C. & Petts, K.W. (1974) Water Pollution Control, 73, 44.
[18] Van, J.J., Huyssteen (1970) Water Research, 4, 645.
[19] Hunter, I.R., Orgeren, V.H. & Pence, J.W. (1960) Analytical Chemistry, 32, 682.
[20] Murtaugh, J.J. & Bunch, R.L. (1965) Journal Water Pollution Control Federation,
37, 410.
[21] Geirke, G.W. & Larkin, W.M. (1961) Journal of Agricultural Food Chemistry, 9, 85.
[22] Harivank, J. (1964) Vodni Hsparastvi Chemistry (Hungary) Abstr., 14, 394.
[23] Smith, S. & Dila, R. (1965) Journal of Pharmacy Belgium, 20, 225.
[24] Emery, E.M. & Koenrner, W.E. (1961) Analytical Chemistry, 33, 146.
[25] Erwin, E.S., Marco, G.C. & Emery, E.M. (1961) Journal of Dairy Science, 44, 1768.
[26] Cochrane, G.C. (1975) Journal of Chromatographic Science, 13, 440.
[27] Baker, R.A. (1960) Journal of Gas Chromatography, 418.
[28] Department of the Environment National Water Council Standing Committee of Analysis Determination of volatile fatty acids in sewage sludge. Examination of waters and
associated materials (1979) Her Majesty’s Stationery Office, London.
[29] Narkis, W. & Henfield-Furie, S. (1978) Water Research, 12, 437.
[30] American Public Health Association, WPCF and AWWStandard, A., methods for the
determination of water and waste water, 14th edition (1976) New York.
[31] Abbaticchio, P., Balice, V. & Cera, O. (1983) Environmental Technological Letters, 4,
179.
[32] Hignite, C. & Azarnoff, D.L. (1977) Life Science, 20, 337.
[33] Abel, M., Conrad, T. & Giger, W. (1987) Environmental Science and Technology,
21, 693.
[34] Andrews, J.F. & Pearson, E.A. (1965) International Journal of Air and Water Pollution,
9, 439.
[35] McCarty, P.L., Jens, J.S. & Murdoch, W. (1962) The significance of Individual
Volatile Acids in Anaerobic Treatment, Proceedings of the 17th Purdue Industrial Waste
Conference.
[36] Mueller, H.F., Buswell, A.M. & Larsen, T.E. (1956) Sewage Industrial Wastes, 28, 255.
[37] Hunter, J.V. (1962) The Organic Composition of Various Domestic Sewage Fractions.
PhD Thesis, Rutgers University.
[38] Hunter, J.W. & Heukelekian, H. (1965) Journal Water Pollution Control Federation,
37, 1142.
[6] Department of Environment and National Water Council, HM Stationery Office, London
(1979) Methods for the Examination of Water and Associated Materials, 12p. (R22
BEN).
[7] Trably, E., Delgenes, N., Patmureau, D. & Delgenes, J.P. (2004) International Journal
of Environmental Analytical Chemistry, 84, 995.
[8] Grzyybowski, J., Radecki, A. & Rewkiwska, G. (1983) Environmental Science and
Technology, 17, 44.
[9] Brown, L., Rhead, M.M. & Braven, J. (1984) Water Research, 18, 995.
[10] Sweetman, A.J. (1994) Water Research, 28, 343.
[11] Bersek, J.D. & Holzen, R. (1999) Journal of Chromatography, 852, 545.
[12] Stepanova, M.L., Illina, R.I. & Yu Shaposhnikov, K. (1972) Analytical Chemistry USSR,
27, 1075.
[13] Miege, C., Bouzige, M., Nicols, S., Pichon, V. & Hennion, M.C. (1999) Journal of
Chromatography A, 859, 29.
[14] Fox, M.M. (1973) Environment Science and Technology, 7, 838.
[15] Musselwhite, C.C. (1975) Water Pollution Control, 74, 110.
[16] Somiya, I., Yamada, H., Izumi, Y. & Odakaki, M. (1979) Journal of Water Pollution
Control, 2, 181.
[17] Musselwhite, C.C. & Petts, K.W. (1974) Water Pollution Control, 73, 44.
[18] Van, J.J., Huyssteen (1970) Water Research, 4, 645.
[19] Hunter, I.R., Orgeren, V.H. & Pence, J.W. (1960) Analytical Chemistry, 32, 682.
[20] Murtaugh, J.J. & Bunch, R.L. (1965) Journal Water Pollution Control Federation,
37, 410.
[21] Geirke, G.W. & Larkin, W.M. (1961) Journal of Agricultural Food Chemistry, 9, 85.
[22] Harivank, J. (1964) Vodni Hsparastvi Chemistry (Hungary) Abstr., 14, 394.
[23] Smith, S. & Dila, R. (1965) Journal of Pharmacy Belgium, 20, 225.
[24] Emery, E.M. & Koenrner, W.E. (1961) Analytical Chemistry, 33, 146.
[25] Erwin, E.S., Marco, G.C. & Emery, E.M. (1961) Journal of Dairy Science, 44, 1768.
[26] Cochrane, G.C. (1975) Journal of Chromatographic Science, 13, 440.
[27] Baker, R.A. (1960) Journal of Gas Chromatography, 418.
[28] Department of the Environment National Water Council Standing Committee of Analysis Determination of volatile fatty acids in sewage sludge. Examination of waters and
associated materials (1979) Her Majesty’s Stationery Office, London.
[29] Narkis, W. & Henfield-Furie, S. (1978) Water Research, 12, 437.
[30] American Public Health Association, WPCF and AWWStandard, A., methods for the
determination of water and waste water, 14th edition (1976) New York.
[31] Abbaticchio, P., Balice, V. & Cera, O. (1983) Environmental Technological Letters, 4,
179.
[32] Hignite, C. & Azarnoff, D.L. (1977) Life Science, 20, 337.
[33] Abel, M., Conrad, T. & Giger, W. (1987) Environmental Science and Technology,
21, 693.
[34] Andrews, J.F. & Pearson, E.A. (1965) International Journal of Air and Water Pollution,
9, 439.
[35] McCarty, P.L., Jens, J.S. & Murdoch, W. (1962) The significance of Individual
Volatile Acids in Anaerobic Treatment, Proceedings of the 17th Purdue Industrial Waste
Conference.
[36] Mueller, H.F., Buswell, A.M. & Larsen, T.E. (1956) Sewage Industrial Wastes, 28, 255.
[37] Hunter, J.V. (1962) The Organic Composition of Various Domestic Sewage Fractions.
PhD Thesis, Rutgers University.
[38] Hunter, J.W. & Heukelekian, H. (1965) Journal Water Pollution Control Federation,
37, 1142.