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Description: Book cover
Real Time Control: Becoming a Reality in Ottawa - RTC Modelling, Design and Implementation For CSO Control
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Description: Book cover
Real Time Control: Becoming a Reality in Ottawa - RTC Modelling, Design and Implementation For CSO Control

Real Time Control: Becoming a Reality in Ottawa - RTC Modelling, Design and Implementation For CSO Control

Real Time Control: Becoming a Reality in Ottawa - RTC Modelling, Design and Implementation For CSO Control

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Description: Book cover
Real Time Control: Becoming a Reality in Ottawa - RTC Modelling, Design and Implementation For CSO Control
Abstract
A Real Time Control (RTC) Feasibility Study concluded that CSO control requirements for the City of Ottawa could be achieved through the implementation of a more efficient operating strategy at key flow regulators along the City's interceptor sewer system. The project provides a simple and costeffective solution that can be integrated within existing regulator structures, the existing SCADA system, and operating procedures. The system is designed to be robust with fail-safe features ensuring reliable performance under any event. The paper presents the work that was completed in optimizing the preferred real time control approach and highlights some of the more challenging and innovative elements of the design for the retrofit of these major flow regulators, the development of the operating philosophy and process control narratives, the selection of the control equipment and instruments, and the more detailed performance evaluation of the pre-design configuration done with the RTC model. Physical model testing of the largest and most important regulator, the Rideau Canal Regulator, was conducted to confirm the existing capacity and to provide the basis for developing a preferred option for increasing the flow capture rate at this site.
A Real Time Control (RTC) Feasibility Study concluded that CSO control requirements for the City of Ottawa could be achieved through the implementation of a more efficient operating strategy at key flow regulators along the City's interceptor sewer system. The project provides a simple and costeffective solution that can be integrated within existing regulator structures, the existing SCADA...
Author(s)
Adrien ComeauAlain CharronLouis Julien
SourceProceedings of the Water Environment Federation
SubjectSession 25: Overflows of the Separate and Combined Type
Document typeConference Paper
PublisherWater Environment Federation
Print publication date Oct, 2007
ISSN1938-6478
SICI1938-6478(20071001)2007:17L.1926;1-
DOI10.2175/193864707788116112
Volume / Issue2007 / 17
Content sourceWEFTEC
First / last page(s)1926 - 1940
Copyright2007
Word count205
Subject keywordsREAL TIME CONTROLCOMBINED SEWERWASTEWATER COLLECTIONCOMBINED SEWER OVERFLOWSHYDRAULIC STRUCTURES

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Description: Book cover
Real Time Control: Becoming a Reality in Ottawa - RTC Modelling, Design and Implementation For CSO Control
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Description: Book cover
Real Time Control: Becoming a Reality in Ottawa - RTC Modelling, Design and Implementation For CSO Control
Abstract
A Real Time Control (RTC) Feasibility Study concluded that CSO control requirements for the City of Ottawa could be achieved through the implementation of a more efficient operating strategy at key flow regulators along the City's interceptor sewer system. The project provides a simple and costeffective solution that can be integrated within existing regulator structures, the existing SCADA system, and operating procedures. The system is designed to be robust with fail-safe features ensuring reliable performance under any event. The paper presents the work that was completed in optimizing the preferred real time control approach and highlights some of the more challenging and innovative elements of the design for the retrofit of these major flow regulators, the development of the operating philosophy and process control narratives, the selection of the control equipment and instruments, and the more detailed performance evaluation of the pre-design configuration done with the RTC model. Physical model testing of the largest and most important regulator, the Rideau Canal Regulator, was conducted to confirm the existing capacity and to provide the basis for developing a preferred option for increasing the flow capture rate at this site.
A Real Time Control (RTC) Feasibility Study concluded that CSO control requirements for the City of Ottawa could be achieved through the implementation of a more efficient operating strategy at key flow regulators along the City's interceptor sewer system. The project provides a simple and costeffective solution that can be integrated within existing regulator structures, the existing SCADA...
Author(s)
Adrien ComeauAlain CharronLouis Julien
SourceProceedings of the Water Environment Federation
SubjectSession 25: Overflows of the Separate and Combined Type
Document typeConference Paper
PublisherWater Environment Federation
Print publication date Oct, 2007
ISSN1938-6478
SICI1938-6478(20071001)2007:17L.1926;1-
DOI10.2175/193864707788116112
Volume / Issue2007 / 17
Content sourceWEFTEC
First / last page(s)1926 - 1940
Copyright2007
Word count205
Subject keywordsREAL TIME CONTROLCOMBINED SEWERWASTEWATER COLLECTIONCOMBINED SEWER OVERFLOWSHYDRAULIC STRUCTURES

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Adrien Comeau# Alain Charron# Louis Julien. Real Time Control: Becoming a Reality in Ottawa - RTC Modelling, Design and Implementation For CSO Control. Water Environment Federation, 2018. Web. 7 Oct. 2025. <https://www.accesswater.org?id=-294060CITANCHOR>.
Adrien Comeau# Alain Charron# Louis Julien. Real Time Control: Becoming a Reality in Ottawa - RTC Modelling, Design and Implementation For CSO Control. Water Environment Federation, 2018. Accessed October 7, 2025. https://www.accesswater.org/?id=-294060CITANCHOR.
Adrien Comeau# Alain Charron# Louis Julien
Real Time Control: Becoming a Reality in Ottawa - RTC Modelling, Design and Implementation For CSO Control
Access Water
Water Environment Federation
December 22, 2018
October 7, 2025
https://www.accesswater.org/?id=-294060CITANCHOR