Abstract
Over the last few decades, water pollution abatement programs have been responsible for significant and sometimes dramatic improvements in the water quality of many receiving water bodies. However, as point sources of pollution are being eliminated through attainment of secondary and sometimes tertiary treatment of municipal and industrial wastewaters, other less apparent sources of pollution are becoming increasingly threatening to many beneficial water uses.
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References
Ammon, D. and R. Field. Potential of urban stormwater impacts based on comparative analysis of wet and dry weather pollutant loads. In: Proceedings Urban Stormwater and Combined Sewer Overflow Impact on Receiving Water Bodies. U.S. EPA, Municipal Environmental Research Laboratory, EPA-600/9-80056, pp. 502–522, 1980.
U.S. EPA. Report to Congress on Control of Combined Sewer Overflow in the United States. Office of Water Program Operations, EPA-430/9-78-006, MCD Report No. 50., 226 pp., 1978.
U.S. EPA. 1978 Needs Survey. Cost methodology for control of combined sewer overflow and stormwater discharge. Office of Water Program Operations, EPA-430/9-79-003, FRD Report No. 3, 474 pp., 1979.
Torno, H.C. Urban runoff managements future modeling. Journal of Technical Councils, ASCE, 106 (TCI): 165–169, 1980.
Pisano, M.A. Nonpoint sources of pollution: a federal perspective. Journal of the Environmental Engineering Division, ASCE, 102(EE3)2575–586, 1976.
U.S. EPA. Benefit analysis for combined sewer overflow control. Environmental Research Information Center, EPA-625/4-79-013, 55 pp., 1979.
Heaney, J.P., W.C. Huber and M.E. Lehman. Nationwide assessment of urban stormwater impacts on receiving water bodies. In: Proceedings Urban Stormwater and Combined Sewer Overflow Impact on Receiving Water Bodies. U.S. EPA, Municipal Environmental Research Laboratory, EPA-600/9-80- 056, pp. 407–436, 1980.
Hvited-Jacobsen, T. The impact of combined sewer overflows on the dissolved oxygen concentration of a small stream. In: Proceedings Urban Stormwater and Combined Sewer Overflow Impact on Receiving Water Bodies. U.S. EPA, Municipal Environmental Research Laboratory, EPA-600/9-80- 056, pp. 245–259, 1980.
Meinholz, T.L., W.A. Kreutzberger, M.E. Harper and K.J. Fay. Verification of the water quality impacts of combined sewer overflows. U.S. EPA, Municipal Environmental Research Laboratory, EPA-600/2-79-155, 202 pp., 1979.
Klemetson, S.L., T.N. Keeefer and R.K. Simons. Movement and effect of combined sewer overflow sediments in receiving waters. U.S. EPA, Municipal Environmental Research Laboratory, EPA-600/2-80-126, 148 pp., 1980.
Pitt, R. and M. Bozeman. Sources of urban runoff pollution and its effects on an urban creek. U.S. EPA, Municipal Environmental Research Laboratory, EPA-600/S2-82-090, 7 pp., 1982.
Turkeltaub, R. and R. Field. Overview of urban runoff receiving water impacts. Paper presented at the ASCE National Conference, May 11–15, 11 pp., 1981.
Ward, R.C. Combined sewer overflow control by in-system storage. Paper presented at the 1982 WPCF Conference October, 28 pp., 1982.
Paquin, G. Wastewater interception on the Communauté urbaine de Montréal. In: Proceedings Stormwater Management Model Users Group Meeting, H.C. Torno (Editor), U.S. EPA, Office of Air, Land, and Water Use, EPA-600/9-79-026, pp. 135–153, 1979.
McPherson, M.B. Integrated control of combined sewer regulators using weather radar. U.S. EPA, Grant No. R806702, 89 pp., 1980.
Coffee, H.C., D.E. Evenson, P.R. Giguere, G.T. Handa, C.A. Phanartzis and L.A. Roesner. Demonstrate real-time automatic control of combined sewer systems. Phase 1 Report, U.S. EPA, 168 pp., 1979.
Labadie, J.W., D.M.Morrow, and Y.H. Chen. Optimal control of unsteady combined sewer flow. Journal of the Water Resources Planning and Management Division, ASCE, 106 (WRI): 205–223, 1980.
Desbordes, M. Modèles de gestion dans le domaine de l’assainissement urbain. Université des Sciences et Techniques du Languedoc. Laboratoire d’hydrologie mathémati que, 17 pp., 1978.
Patry, G.G. A linear programming model for the control of combined sewer system with off-line storage facilities. Canadian Water Resources Journal, 8 (1): 83–105, 1983.
Trotta, P.D., J.W. Labadie, and N.S. Grigg. Automatic control strategies for urban stormwater. Journal of the Hydraulics Division, ASCE, 103 (HY2): 1443–1459, 1977.
Brueck, T.M., D.F. Peterson, and J.A. Nye. Computer-based implementation of combined sewer control. Journal Water Poll. Control Federation, 542 (2) 198–205, 1982.
Bellon, A. and G.L. Austin. The evaluation of two years of real-time operation of a short-term precipitation forecasting procedure (SHARP). Journal of Applied Meteorology, 17 (12): 1778–1787, 1978.
Huff, F.A., J.L. Vogel, and S.A. Changnon. Real-time rainfall monitoring-prediction system and urban hydrologie operations. Journal of the Water Resources Planning and Managment Division, ASCE, 107 (WR2): 419–435, 1981.
Nguyen, V.T.V., M.B. McPherson, and J. Rousselle. Feasibility of storm tracking for automatic control of combined sewer system. ASCE Urban Water Resources Research Program. Technical Memorandum No. 35, 29 pp., 1978.
Labadie, J.W., R.C. Lazaro and D.M. Morrow. Worth of short-term rainfall forecasting for combined sewer overflow control. Water Resources Research, 17 (5): 1489–1497, 1981.
Labadie, J.W., N.S. Grigg and B.H. Bradford. Automatic control of large scale combined sewer systems. Journal of the Environmental Engineerig Division, ASCE, 101 (EE1): 27–39 1975.
Nguyen Van, H.N., M. Osseyrane, and M.B. McPherson. Integra ted control of combined sewer regulators. Journal of the Environmental Engineering Division, ASCE, 108 (EE6): 1342–1360, 1982.
Béron, P., L. Valiquette and G.G. Patry. Indices de qualité des eaux du G.R.E.M.U. Ecole Polytechnqiue de Montréal, GREMU-79/03, EP-80-R-11, 80 pp., 1979.
Beck, M.B. Dynamic modelling and control applications in water quality maintenance. Water Research, 10 (7): 575–595, 1976.
Patry, G.G. and M.A. Mariño. Parameter identification of time-varying noisy difference equations for real-time urban runoff forecasting. Journal of Hydrology, 72: 25–55, 1984.
Patry, G.G. and M.A. Mariño. Sensitivity and application of difference equation models to real-time urban runoff forecasting. Journal of Hydrology, 72: 57–66, 1984.
Patry, G.G. and M.A. Mariño. Prévision de la qualité de l’eau dans les bassins de drainage unitaires. Science et Technique de l’Eau, 17 (2): 159–162, 1984.
Patry, G.G. and M.A. Mariño. Real-time forecasting of water quantity and quality in urban catchments. Water Science and Engineering Paper No. 3011, University of California, Davis, California, 1983.
Matalas, N.C, J.M. Landwehr, and M.G. Wolman. Prediction in water management. In: Scientific Basis of Water Resource Management, National Academy Press, Washington, D.C., pp. 118–127, 1982.
Drozier, C. Contrôle de la pollution diffuse: corrélation entre différents paramètres de qualité des eaux d’égouts mixtes en temps de pluie. Mémoire de maitrise en ingénierie, Section Environnement, Ecole Polytechnique de Montréal, 124 pp., 1977.
Lessard, P. Etude de la qualité des eaux issues des réseaux unitaires en temps de pluie. Mémoire de maitrise ès sciences appliquées, Ecole Polytechnique de Montréal, 135 pp., 1981.
Potter, S. and G.G. Patry. Runoff modelling under noise- corrupted rainfall conditions. Proceedings, Annual Conference Canadian Scociety for Civil Engineering, May 27–31, Saskatoon, pp. 233–251, 1985.
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Patry, G.G. (1986). Operational Algorithms for Application in Real-Time Control of Combined Sewer Systems. In: Torno, H.C., Marsalek, J., Desbordes, M. (eds) Urban Runoff Pollution. NATO ASI Series, vol 10. Springer, Berlin, Heidelberg. https://doi.org/10.1007/978-3-642-70889-3_28
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DOI: https://doi.org/10.1007/978-3-642-70889-3_28
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