Reuse of Industrial Wastewater Effluent in the Petrochemical Industry
345
Rebhun M, Engel G (1988) Reuse of wastewater for industrial cooling systems, J
Water Pollut Control Fed 60: 232-242
Reitano AJ (1981) Startup and operation of a refinery activated sludge plant. Proc 36 th
Ind Waste ConfPurdue Univ, West Lafayette, Indiana, pp 310-319
Robertaccio FL (1976) Powdered activated carbon addition to biological reactors. Ph
D Thesis, University of Delaware, Newark, Delaware
Schwartz-Mittelman A, Galil NI (2000) Biological mechanisms involved in
bioflocculation disturbances caused by phenol. Water Sci Technol 42 (1-2): 105110
Shu-Hai Y, Dyi-Hwa T, Gia-Luen G, Jyh-Jian Y (1999) The potential for the recovery
and reuse of cooling water in Taiwan. Resources conservation and recycling 26
(1): 53-70
Speccia V, Gianeto A (1984) Powdered activated carbon in an activated sludge
treatment plant. Water Res 18 (2): 133
Stenstrom MK, Grieves CG (1977) Enhancement of oil refinery activated sludge by
addition of powdered activated carbon. Proc 33 th Ind Waste Conf, Purdue Univ,
West Lafayette, Indiana
Sundstorm DW, Klei HE, Tsui T, Nayar S (1979) Response of biological reactors to
the addition of powdered activated carbon. Water Res 13:1225
Wijesinghe B, Kaye R, Fell C, Joseph D (1996) Reuse of treated sewage effluent for
cooling water makeup: a feasibility study and a pilot plant study. Water Sci
Technol33 (10-11): 363-369
Yang YH, Lou HH, Huang YL (2000) Synthesis of an optimal wastewater reuse
network. Waste Management 20 (4):311-319
345
Rebhun M, Engel G (1988) Reuse of wastewater for industrial cooling systems, J
Water Pollut Control Fed 60: 232-242
Reitano AJ (1981) Startup and operation of a refinery activated sludge plant. Proc 36 th
Ind Waste ConfPurdue Univ, West Lafayette, Indiana, pp 310-319
Robertaccio FL (1976) Powdered activated carbon addition to biological reactors. Ph
D Thesis, University of Delaware, Newark, Delaware
Schwartz-Mittelman A, Galil NI (2000) Biological mechanisms involved in
bioflocculation disturbances caused by phenol. Water Sci Technol 42 (1-2): 105110
Shu-Hai Y, Dyi-Hwa T, Gia-Luen G, Jyh-Jian Y (1999) The potential for the recovery
and reuse of cooling water in Taiwan. Resources conservation and recycling 26
(1): 53-70
Speccia V, Gianeto A (1984) Powdered activated carbon in an activated sludge
treatment plant. Water Res 18 (2): 133
Stenstrom MK, Grieves CG (1977) Enhancement of oil refinery activated sludge by
addition of powdered activated carbon. Proc 33 th Ind Waste Conf, Purdue Univ,
West Lafayette, Indiana
Sundstorm DW, Klei HE, Tsui T, Nayar S (1979) Response of biological reactors to
the addition of powdered activated carbon. Water Res 13:1225
Wijesinghe B, Kaye R, Fell C, Joseph D (1996) Reuse of treated sewage effluent for
cooling water makeup: a feasibility study and a pilot plant study. Water Sci
Technol33 (10-11): 363-369
Yang YH, Lou HH, Huang YL (2000) Synthesis of an optimal wastewater reuse
network. Waste Management 20 (4):311-319
