@conference {3241,
	title = {THE INFLUENCE OF THE PRECIPITATION PATTERNS ON THE FLOW AND THE AFFLUENT ORGANIC LOAD IN AN URBAN WASTEWATER DRAINAGE SYSTEM},
	journal = {18.{\textordmasculine} Econtro de Engenharia Sanit{\'a}ria e Ambiental / 18.{\textordmasculine} Simp{\'o}sio Luso-Brasileiro de Engenharia Sanit{\'a}ria e Ambiental},
	year = {2018},
	note = {
Lisboa, Nuno; Ram{\'\i}sio,\ Paulo J. (2018). THE INFLUENCE OF THE PRECIPITATION PATTERNS ON THE FLOW AND THE AFFLUENT ORGANIC LOAD IN AN URBAN WASTEWATER DRAINAGE SYSTEM.\ 18.{\textordmasculine} Encontro de Engenharia Sanit{\'a}ria e Ambiental / 18.{\textordmasculine} Simp{\'o}sio Luso-Brasileiro de Engenharia Sanit{\'a}ria e Ambiental. Porto, 10-12 de Outubro de 2020. APESB
},
	month = {2018-10-10 00:00:00},
	publisher = {APESB},
	address = {Porto, Portugal},
	abstract = {



The aim of this work is to assess the effect of rainfall patterns on the main flows and affluent loads of wastewater treatment plants. This evaluation will be supported by a studying based set of circumstances, on which a quantitative and qualitative monitoring model of the effluents in an urban wastewater inter-system will be developed in order to identify methodologies to improve environmental management. After a conceptual investigation, it will be analyzed, as a point of studying, the drainage front 4 (FD4) of the Integrated System of Depollution River Ave Valley (SIDVA) specifically, the sub basin of Nespereira. At the starting point a register survey of the entire urban wastewater drainage infrastructure will be made. At the place where all the upstream wastewater converges, a continuous measurement point of the drained flows will be done as well as the representative qualitative limits monitoring, which later will be related to the rainfall data, a monitoring site called the Monitoring and Control Zone (MCZ). It is thus suggested to analyze the hydraulic behavior of the drainage network in detail by modeling the system based on a hydrodynamic model and, in addition, to establish a combination with urban wastewater monitoring and control methods, quantifying variations in flow rates and organic load in different rainfall events.


},
	keywords = {Hydraulic Model, Qualitative Monitoring, Wastewater},
	isbn = {978-989-54301-0-9},
	doi = {10.22181/18ENASB-SILUBESA.2018},
	author = {Lisboa, N. and Ram{\'\i}sio, P. J.}
}