Integrated Smart Water Management of the sanitation system of the Greater Paris region

Tabuchi, Jean-Pierre; Blanchet, Béatrice; Rocher, Vincent

doi:10.1080/02508060.2020.1830584

Cited by 9 publications

(5 citation statements)

References 1 publication

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“…SCADA integration with real-time models [68] SCADA in general [5] SCADA for sewage management [12] MAGES [69] Two articles dealt specifically with the use of SCADA in sewage-management processes: Gaska et al [12] mentioned the adoption of SCADA systems for sewage treatment and wastewater management; Tabuchi et al [69], in their turn, discussed MAGES, a realtime control system for controlling the pollution caused by rainwater mixed with sewage overflows in the Paris Metropolitan Region (France).…”

Section: Applications Referencesmentioning

confidence: 99%

Applications of Smart Water Management Systems: A Literature Review

Soares Ascenção,

Melo Marinangelo,

Meschini Almeida

et al. 2023

Water

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Issues such as climate change, water scarcity, population growth, and distribution losses have stimulated the use of new technologies to manage water resources. This is how the concept of smart water management emerged as a subcategory of the concept of smart cities. This article aimed first to identify the applications of smart water-management systems described in academic articles either as applications in development or as applications already implemented or as future trends; and, second, to classify them according to the processes in the value chain of public water supply services. To this end, a systematic review of the literature was carried out, in which 100 mentions of applications were identified in 62 selected articles; then, the mentions were grouped into 10 categories. The most frequent application categories were smart meters, implementation models and architectures, and loss management. Among the processes of the value chain, applications in processes of distribution and water use were highly predominant. The lack of detail about the integration between the different applications for a smart water-management system was pointed out as a limitation and an opportunity for future research development, especially in terms of a technological roadmap study based on the relationship between smart meters and loss management.

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Section: Applications Referencesmentioning

confidence: 99%

Applications of Smart Water Management Systems: A Literature Review

Soares Ascenção,

Melo Marinangelo,

Meschini Almeida

et al. 2023

Water

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“…However, due to a variety of cost and technical reasons, centralized monitoring of large facilities is prevalent [124,125]. Despite many cities and utilities beginning to establish distributed sensor networks to assist with this [126], and some practical research already conducted [60,127], these networks primarily focus on monitoring, and active control at the network scale has not yet been achieved [128].…”

Section: Applicationsmentioning

confidence: 99%

“…Present strategies remain confined to developing optimization at the network scale and to the real-time perspective essential for coordinating decentralized infrastructure [37,133]. Consequently, innovative and sophisticated real-time stormwater system optimization methods are beginning to find limited application [127].…”

Section: Applicationsmentioning

confidence: 99%

“…Optimal decisions can also be made based on both internal and external network data through contemporary applications that integrate with rainfall radar and forecasting [48,134,135]. This enhances the ability to optimize decision-making, considering the current and projected states of the network, as demonstrated by the Paris MAGES system in practice [127]. By integrating data and extending optimization performance from a hydraulic focus to include other external factors and interactions between subsystems, optimization efforts can be enhanced.…”

Section: Applicationsmentioning

confidence: 99%

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Application of Internet of Things (IoT) Technologies in Green Stormwater Infrastructure (GSI): A Bibliometric Review

Chen,

Wang,

et al. 2023

Sustainability

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This bibliometric review elucidates the emerging intersection of Internet of Things (IoT) technologies and Green Stormwater Infrastructure (GSI), demonstrating the potential to reshape urban stormwater management. The study analyzes a steadily increasing corpus of literature since 2013, pointing out considerable international collaboration. Prominent contributions originate from the United States, Canada, Italy, China, and Australia, underscoring the global acknowledgement of the potential of IoT-enhanced GSI. Diverse GSI applications such as green roofs, smart rain barrels, bioretention systems, and stormwater detention ponds have demonstrated enhanced efficiency and real-time control with IoT integration. However, existing literature reveals several challenges, notably the requirement of advanced monitoring, the development of predictive optimization strategies, and extensive scalability. Comprehensive cost–benefit analyses are also critical for the widespread acceptance of IoT-integrated GSI. Current research addresses these challenges by exploring innovative strategies such as microbial-fuel-cell-powered soil moisture sensors and large-scale RTC bioretention systems. Emphasis is also on the need for security measures against potential digital threats. Future research needs to focus on real-time data-based monitoring plans, model validation, continuous optimization, and supportive policy frameworks. As the world confronts urban development, climate change, and aging infrastructure, IoT and GSI synergism presents a promising solution for effective stormwater management and enhancement of cultural ecosystem services. Continued exploration in this promising domain is crucial to pave the way for smarter, greener urban environments.

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“…From Paris, Tabuchi et al (2020) describe how a real-time control system (MAGES) was developed to better manage the Greater Paris sanitation system, with the search for optimal use of its treatment facilities, in particular for stormwater pollution caused by a combined sewer system. MAGES has been developed and implemented for over 20 years, the product of a strong collaborative process, with shared goals and strong commitment, the opportunity to develop advanced skills in hydraulics and urban hydrology, and to test ideas.…”

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confidence: 99%

Smart Water Management: the way to (artificially) intelligent water management, or just another pretty name?

Nickum¹,

Kuisma²,

Bjørnlund

et al. 2020

Water International

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This is the second special issue prepared on behalf of the International Water Resources Association (IWRA) under the aegis of its Science, Technology and Publications Committee. The first, we hope you recall, appeared in April 2018 (vol. 41, no. 3): The Wicked Problems of Water Governance. These IWRA special issues are intended to complement existing IWRA initiatives. As foreshadowed in the earlier special issue, the focus of this one is Smart Water Management (SWM). It evolved from a collaboration with K-water, the Korean water authority, that resulted in a report including a number of case studies of SWM from around the world. Following this introduction is a summary of the findings of that report, including a description of what SWM is (in a nutshell, the application of new technologies to water management), a general characterization of its progress to date, a summary of findings (benefits, factors for success and policy recommendations), and prospects for further development (Kuisma, Clench, et al., 2020). We follow with a small sample of summaries of the cases in that collection, from Mexico (Villareal et al., 2020), Korea (Yi et al., 2020) and France (Tabuchi et al., 2020), covering a range of issues and domains, from water quality monitoring at a campus level, to a nationwide flood monitoring system, to the sanitation sector of a global city. Villeareal et al. present a case of the development of SWM technology on a major university campus (UNAM) in Mexico. Here the project, focused on data monitors managed by a specific programme with the acronym PUMAGUA, has been aimed at improving water quality, reducing water consumption and encouraging behavioural change in students and the university community. This programme has reduced potable water consumption by 50% through improved practices and leak detection, while improving the quality of drinking water, treating wastewater to levels specified in Mexican regulations, and promoting participation of the entire university community in using water more efficiently. Yet the authors note that while SWM can build trust in water users, it requires a lot of time and effort to manage and maintain, especially in the early stages of its implementation. Given the speed and scope of technological change, they further argue that it is essential to have the financial resources and capacity to maintain and upgrade technology to ensure that is continues to yield benefits. Yi et al. (2020) showcase the ability of SWM to significantly improve drought and flood management for an entire country (in this case, South Korea) through the use of an

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Integrated Smart Water Management of the sanitation system of the Greater Paris region

Cited by 9 publications

References 1 publication

Applications of Smart Water Management Systems: A Literature Review

Applications of Smart Water Management Systems: A Literature Review

Application of Internet of Things (IoT) Technologies in Green Stormwater Infrastructure (GSI): A Bibliometric Review

Smart Water Management: the way to (artificially) intelligent water management, or just another pretty name?

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