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Volumn 63, Issue 2, 2011, Pages 331-338
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Reducing CSOs and giving the river back to the public: Innovative combined sewer overflow control and riverbanks restoration of the St Charles River in Quebec City
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Author keywords
CSO reduction; Optimal control; Real time control; River pollution; Riverbank rehabilitation
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Indexed keywords
COMBINED SEWER OVERFLOWS;
CSO REDUCTION;
EFFLUENT DISCHARGE;
MANAGEMENT STRATEGIES;
OPTIMAL CONTROLS;
OPTIMUM SOLUTION;
QUEBEC CITY;
REAL TIME;
RECREATIONAL ACTIVITIES;
RIVERBANK REHABILITATION;
ST. LAWRENCE RIVER;
SUMMER SEASON;
WASTEWATER TREATMENT PLANTS;
WATER COURSE;
WET WEATHER;
BANK PROTECTION;
BEACHES;
COMBINED SEWERS;
CURRICULA;
EFFLUENT TREATMENT;
EFFLUENTS;
OPTIMIZATION;
POLLUTION CONTROL;
REAL TIME CONTROL;
RIVER CONTROL;
WASTEWATER;
WASTEWATER TREATMENT;
WATER TREATMENT PLANTS;
RIVER POLLUTION;
DISCHARGE;
ENVIRONMENTAL RESTORATION;
REAL TIME;
REDUCTION;
RIVER BANK;
RIVER POLLUTION;
RIVER WATER;
SEASONALITY;
SEWER NETWORK;
WASTE FACILITY;
ARTICLE;
CANADA;
EFFLUENT;
RIVER;
SEASON;
SEWER;
SUMMER;
WASTE WATER;
WASTE WATER MANAGEMENT;
WATER FLOW;
WEATHER;
CONSERVATION OF NATURAL RESOURCES;
GEOGRAPHY;
PILOT PROJECTS;
QUEBEC;
RAIN;
RIVERS;
SEASONS;
SEWAGE;
SOFTWARE;
TIME FACTORS;
WASTE DISPOSAL, FLUID;
WATER MOVEMENTS;
CANADA;
QUEBEC [CANADA];
SAINT LAWRENCE RIVER;
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EID: 79551702335
PISSN: 02731223
EISSN: None
Source Type: Journal
DOI: 10.2166/wst.2011.059 Document Type: Article |
Times cited : (19)
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References (7)
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