Chemistry Reference
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37 Kzenovich, J.P., Daniels, J.I.,
Stenstrom, M.K., and Heilmann, H.M.
(1994) Chemical and biological systems
for regenerating activated carbon
contaminated with high explosives.
Proceedings Demil'94, November 14-
16, 1994, Luxembourg.
38 Morley, M.C. and Speitel, G.E. (1999)
Biodegradation of High Explosives on
Granular Activated Carbon: Enhanced
Desorption of High Explosives from
GAC - Batch Studies. Report No:
ANRCP-1999-11, Amarillo National
Resource Center for Plutonium, Texas,
USA.
39 Chudyk, W.A. and Snoeyink, V.I.
(1984) Bioregeneration of activated
carbon saturated with phenol.
Environmental Science and Technology,
18 (1), 1-5.
40 Seo, G.T., Ohgaki, S., and Suzuki, Y.
(1997) Sorption characteristics of
biological powdered activated carbon in
BPAC-MF (biological powdered
activated carbon-microfiltration) system
for refractory organic removal. Water
Science and Technology,
45 Badriyha, B.N., Ravindran, V., Den, W.,
and Pirbazari, M. (2003) Bioadsorber
efficiency, design and performance
forecasting for alachor removal. Water
Research,
, 4051-4072.
46 Vuoriranta, P. and Remo, S. (1994)
Bioregeneration of activated carbon in
a fluidized GAC bed treating bleached
kraft mill secondary effluent. Water
Science and Technology,
37
29
, 239-246.
47 Thacker, W.E., Snoeyink, V.I., and
Crittenden, J.C. (1983) Desorption of
compounds during operation of GAC
adsorption systems. Journal of
American Water Works Association,
75
,
144-149.
48 Walker, G.M. and Weatherley, L.R.
(1997) A simplified predictive model
for biologically activated carbon fixed
beds. Process Biochemistry, 32 , 327-335.
49 Yonge, D.R., Keinath, T.M., Poznanska,
K., and Jiang, Z.P. (1985) Single-solute
irreversible adsorption on granular
activated carbon. Environmental Science
and Technology,
, 690-694.
50 de Jonge, R.J., Breure, A.M., and van
Andel, J.G. (1996) Reversibility of
adsorption of aromatic compounds
onto powdered activated carbon. Water
Research,
19
, 163-170.
41 Lee, K.M. and Lim, P.E. (2005)
Bioregeneration of powdered activated
carbon in the treatment of alkyl-
substituted phenolic compounds in
simultaneous adsorption and
biodegradation process. Chemosphere,
58
35
(4), 883-892.
51 Vidic, R., Suidan, M.T., and Brenner,
R.C. (1993) Oxidative coupling of
phenols on activated carbon: impact on
adsorption equilibrium. Environmental
Science and Technology,
30
, 407-416.
42 C
en, F. (1994) Activated carbon
addition to activated sludge in the
treatment of kraft pulp bleaching
wastes. Water Science and Technology,
30
-
ec
-
, 2079-2085.
52 Orshansky F. and Narkis, N. (1997)
Characteristics of organics removal by
PACT simultaneous adsorption and
biodegradation. Water Research,
27
(3), 183-192.
43 Bornhardt, C., Drewes, J.E., and Jekel,
M. (1997) Removal of organic halogens
(AOX) from municipal wastewater by
powdered activated carbon (PAC)/
activated sludge (AS) treatment. Water
Science and Technology,
31
,
391-398.
53 Klimenko, N., Savchina, L.A.,
Kozyatnik, I.P., Goncharuk, V.V., and
Samsoni-Todorov, A.O. (2009) The
effect of preliminary ozonization on
the bioregeneration of activated carbon
during its long term service. Journal of
Water Chemistry and Technology, 31 (4),
220-226.
54 Ivancev-Tumbas, I., Dalmacija, B.,
Tamas, Z., and Karlovic, E. (1998)
Reuse of biologically regenerated
activated carbon for phenol removal.
Water Research,
, 147-153.
44 Garner, I.A., Watson-Craik, I.A.,
Kirkwood, R., and Senior, E. (2001)
Dual solute adsorption of 2,4,6-
trichlorophenol and N-(2-(2,4,6-
trichlorophenoxy) propyl amine on to
activated carbon. Journal of Chemical
Technology and Biotechnology,
35
76
,
932-940.
32
, 1085-1094.
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