The Operation of Plants Treating Mixed Industrial Wastes
563
Table 4
Effluent concentrations at a municipal plant treating also pharmaceutical waste
Plant loading
Calculated
ACOD
Measured COD ACOD
kg/m
3
kg/m
3
kg/m
3
kg/m
3
Original state
-
-
0,400
0,0
Unit No 1
connected
0,42
+0,02
0,370-0,450
+0,05
-0,03
Unit No 2
connected
0,530
+0,130
0,370-0,600
+0,20
-0,03
REFERENCES
1 HARTMANN, L. and LAUBENBERGER, G., Toxicity Measurements in Activated Sludge. Proc.
ASCE, 94 SA2 pp.247-256 (1968).
2 KΦRΦS. Z. and FARKAS, P., Epuration des effluents de Findustrie pharmaceutique en Hongrie.
Cebedeau, No. 323 439-444 (1970).
3 FARKAS, P., Method for Measuring Aerobic Decomposition Activity of Activated Sludge in an
Open System. IVth Conf. on Water Pollution Research Section II. Paper 1. Pergamon Press (1968).
4 FARKAS, P., Zur Bestimmung der Sauerstoffzehrung und Bakterienmasse von Belebtschlamm.
Sbornik II. Seminar Nove analiticke metody v chemiivody p.193. CSVTS, Bratislava (1966).
5 LAMB, J.C., WESTGARTH, W.C., ROGERS, J.L., VERNIMMEN, A.P., A Technique for
Evaluating the Biological Treatability of Industrial Wastes, J.WPCF. 36, 10 (1964).
6 HARTMANN, L. and WILDERER, P., Physical and chemical aspects of BOD kinetics. IV. Int.
Conf. on Water Pollution Research Prague, Paper I./14 (1968).
7 BUCKSTEEG, W., Formal discussion to: Physical and chemical aspects of BOD kinetics by L.
Hartmann and P. Wilderer. 4th Int. Conf. on Water Pollution Research Prague, Paper 11/14.
8 BOES, M., Mathematische Analyse der Kinetic des biochemischen Sauerstoffbedarfs. Karlsruher
Berichte zur Ingenieurbiologie, Heft 4 (1970).
9 VERNIMMEN, A.P., HENKEN, E.R. and LAMB, J.C., A short-term biochemical oxygen demand
test. J.WPCF 39, 6, p.1006 (1967).
10 CHEN, C.W. and SELLECK, R.E., A kinetic model of fish toxicity threshold. J.WPCF, 41 R
294-308 (1969).
11 ECKHOFF, D.W. and JENKINS, D., Activated Sludge Systems: Kinetics of the steady and
transient states. Univ. of California, School of Publ. Health. SERL Rept. No. 67-12 (1967).
12 GANCZARCZYK, J. and BACHANEK, S., The influence of wastewater concentration on the
activated sludge process efficiency. 5th Int. Water Poll. Research Conf., San Francisco, Paper II/4
(1970).
13 TISCHLER, L.F. and ECKENFELDER, W.W., Linear substrate removal in the activated sludge
process. IVth Int. Conf. on Water Pollution Research, Prague, Paper II/4 (1968).
14 CHIA SHUN SHIH, STACK, V.T., Jr., Temperature effects on energy oxygen requirements in
biological oxidation. J.WPCF. 41, 11, R 461 (1969).
15 BENEDEK, P. and FARKAS, P., The Influence of Temperature on the Reaction Process of the
Activated Sludge. Paper Pres. on "Water Pollution Control in Cold Climates Symposium", Univ. of
Alaska, Fajrbanks (1970).
16 FARKAS, P., Chemical-biological combined treatment tests for pigfarm waste, with special regard
to phosphate elimination. IUPAC Int. Congress on Ind. Waste Water, Stockholm, Paper Fo Fri 11/1
(1970).
563
Table 4
Effluent concentrations at a municipal plant treating also pharmaceutical waste
Plant loading
Calculated
ACOD
Measured COD ACOD
kg/m
3
kg/m
3
kg/m
3
kg/m
3
Original state
-
-
0,400
0,0
Unit No 1
connected
0,42
+0,02
0,370-0,450
+0,05
-0,03
Unit No 2
connected
0,530
+0,130
0,370-0,600
+0,20
-0,03
REFERENCES
1 HARTMANN, L. and LAUBENBERGER, G., Toxicity Measurements in Activated Sludge. Proc.
ASCE, 94 SA2 pp.247-256 (1968).
2 KΦRΦS. Z. and FARKAS, P., Epuration des effluents de Findustrie pharmaceutique en Hongrie.
Cebedeau, No. 323 439-444 (1970).
3 FARKAS, P., Method for Measuring Aerobic Decomposition Activity of Activated Sludge in an
Open System. IVth Conf. on Water Pollution Research Section II. Paper 1. Pergamon Press (1968).
4 FARKAS, P., Zur Bestimmung der Sauerstoffzehrung und Bakterienmasse von Belebtschlamm.
Sbornik II. Seminar Nove analiticke metody v chemiivody p.193. CSVTS, Bratislava (1966).
5 LAMB, J.C., WESTGARTH, W.C., ROGERS, J.L., VERNIMMEN, A.P., A Technique for
Evaluating the Biological Treatability of Industrial Wastes, J.WPCF. 36, 10 (1964).
6 HARTMANN, L. and WILDERER, P., Physical and chemical aspects of BOD kinetics. IV. Int.
Conf. on Water Pollution Research Prague, Paper I./14 (1968).
7 BUCKSTEEG, W., Formal discussion to: Physical and chemical aspects of BOD kinetics by L.
Hartmann and P. Wilderer. 4th Int. Conf. on Water Pollution Research Prague, Paper 11/14.
8 BOES, M., Mathematische Analyse der Kinetic des biochemischen Sauerstoffbedarfs. Karlsruher
Berichte zur Ingenieurbiologie, Heft 4 (1970).
9 VERNIMMEN, A.P., HENKEN, E.R. and LAMB, J.C., A short-term biochemical oxygen demand
test. J.WPCF 39, 6, p.1006 (1967).
10 CHEN, C.W. and SELLECK, R.E., A kinetic model of fish toxicity threshold. J.WPCF, 41 R
294-308 (1969).
11 ECKHOFF, D.W. and JENKINS, D., Activated Sludge Systems: Kinetics of the steady and
transient states. Univ. of California, School of Publ. Health. SERL Rept. No. 67-12 (1967).
12 GANCZARCZYK, J. and BACHANEK, S., The influence of wastewater concentration on the
activated sludge process efficiency. 5th Int. Water Poll. Research Conf., San Francisco, Paper II/4
(1970).
13 TISCHLER, L.F. and ECKENFELDER, W.W., Linear substrate removal in the activated sludge
process. IVth Int. Conf. on Water Pollution Research, Prague, Paper II/4 (1968).
14 CHIA SHUN SHIH, STACK, V.T., Jr., Temperature effects on energy oxygen requirements in
biological oxidation. J.WPCF. 41, 11, R 461 (1969).
15 BENEDEK, P. and FARKAS, P., The Influence of Temperature on the Reaction Process of the
Activated Sludge. Paper Pres. on "Water Pollution Control in Cold Climates Symposium", Univ. of
Alaska, Fajrbanks (1970).
16 FARKAS, P., Chemical-biological combined treatment tests for pigfarm waste, with special regard
to phosphate elimination. IUPAC Int. Congress on Ind. Waste Water, Stockholm, Paper Fo Fri 11/1
(1970).