Intelligent analysers for control and optimization of wastewater treatment pl...CLIC Innovation Ltd
MMEA (The Measurement, Monitoring and Environmental Efficiency Assessment) research program final seminar presentation by Dr. Esko Juuso, University of Oulu
Francesco Fatone, Professore Ordinario di Impianti Chimici presso Dipartimento di Scienze ed Ingegneria della Materia, dell'ambiente ed Urbanistica - Università Politecnica delle Marche
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Intelligent analysers for control and optimization of wastewater treatment pl...CLIC Innovation Ltd
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Groundwater is among the Nation’s most precious natural resources. Measurements of water levels in wells provide the most fundamental indicator of the status of this resource and are critical to meaningful evaluations of the quantity and quality of groundwater and its interaction with surface water.
BlokAid is a fully self contained overflow monitoring device, which provides early warning of increasing levels in manholes or drains. The alarms provide an early warning to avoid potential flood damage or costly environmental spills caused by blockage, roots or significant wet weather events.
More compelling reasons to use BlokAid:
- Early detection enables rapid response to rectify blockages / chokes
- Reduces risk of costly environmental spills and property damage
- Automated notifications via email / SMS or direct to SCADA
- Cost effective, easy to install device
- 10 year battery life and minimal maintenance needs.
Smart Water Meter System for Detecting Sudden Water LeakageAneekBanerjee4
This article deals with a proposal of a smart water meter for monitoring water consumption and for accidental leakage detection. The hardware part of the smart water meter consists of a mini-computer and a pulse water meter. Application logic is then in the hands of the original software that evaluates water consumption patterns. If a water leak is detected, the smart water meter uses a ball valve to close the inlet. The meter also has a self-learning mode that can recommend set limits within the reference period. A separate application interface is designed for communication between the meter and the user .Various computer simulations were used to test and initiate different water consumption scenarios.
Smart Real-time Control of Water SystemsStephen Flood
Smart Real-time Control of Water Systems
Henrik Madsen(1), Peter Steen Mikkelsen(2), Lasse Engbo Christiansen(3), Anne Katrine Falk(1), Morten Borup(2), Rune Juhl(3), Nadia Schou Vorndran Lund(2), Rasmus Halvgaard(1), Nina Donna Sto. Domingo(1), Lisbeth Birch Pedersen(1), Stephen J. Flood(1) & Lene Bassøe(4)
(1)DHI, Agern Alle 5, 2970 Hørsholm, DK
(2)DTU Environment, Bygning 115, , 2800 Kongens Lyngby, DK
(3)DTU Compute, Bygning 324, 2800 Kongens Lyngby, DK
(4)Aarhus Water, Bautavej 1, 8210 Aarhus V, DK
Delivered at: Urban Drainage Group Autumn Conference and Exhibition 2016, Blackpool, UK, November 9th–11th 2016
Presenter: Dr. Lisbeth Birch Pedersen (Product Owner, MIKE Powered by DHI)
Keywords: smart water, smart cities, urban drainage, climate change, surrogate modelling, weather radar, frameworks
Cities across the world are facing significant water system challenges related to urbanisation and climate change. To advance the concept of integrated real-time control of water systems, an innovative generalised technology framework has been developed as part of a collaborative research effort. The framework facilitates the global acceptance and improved implementation of smart real-time control of water systems which offers a proven, cost effective alternative to the conventional approach of increasing system capacity.
The core of the framework is a generalised data platform which can be used within all water domains. This platform integrates time series data and spatial data with numerical models, and offers a broad suite of generalised tools for data processing and reporting. Data tools can be executed as automated workflows that replace tedious and error prone manual tasks. A key element of the work is the development of fast and accurate surrogate models of complex physical systems, complementing standard deterministic high-fidelity models adapted to observations in real time in order to ensure efficiency and performance of the automated model predictive control algorithms. A second element is the utilisation of local area weather radar data, since distributed rainfall observations and accurate forecasts are essential for optimising the use of the system capacity.
This work focuses on the impacts of using the new smart real-time control of water systems framework on a full scale, real world example using the urban drainage system of the city of Aarhus, Denmark as a testbed.
Energomonitor - smart metering for savvyPatrick Zandl
In energomonitor we strongly believe, that smart metering and home appliance monitoring is only useful if is reasonably cheap for utility companies and highly useful for the end user.
SWING: Smart Water Innovation Network in the city of Burgos acciona
Asamblea Anual SmartWater 4 Europe. Durante los días 9 y 10 de junio tuvo lugar en la Universidad Politécnica de Lille (Francia) la Asamblea Anual del proyecto Smart Water 4 Europe (https://sw4eu.com/), que reunió a las 21 empresas que forman el consorcio, donde ACCIONA AGUA lidera uno de los cuatro sitios de demostración europeos, el denominado SWING (Smart Water Innovation Network in the city of BurGos). El Departamento de I+D de la compañía fue representado por su director, Jorge Malfeito, así como por la responsable de innovación Ana Jiménez Banzo. Por su parte, el Departamento de Automatización y Control, cuyo director es Alejandro Beivide, fue representado por Adrián Campos.
Grand Assembly SW4EU Meeting. Last June 9 and 10, at the Polytechnic University of Lille , was held the Smart Water 4 Europe (https://sw4eu.com/) Annual Assemble. The meeting, meet the 21 companies of the consortium , where ACCIONA Agua leads one of the European project sites, the SWING project (Smart Water Innovation Network in the city of BurGos). ACCIONA Agua R&D department was represented by Jorge Malfeito ( R&D Director) and Ana Jimenez Banzo ( Innovation Manager). Moreover, The Automation and Control Department, whose Director is Alejandro Beivide, was represented by Adrian Campos .
This smart garbage monitoring system presentation uses the concept of internet of things. The Architecture & work flow diagram shows the clear picture of implementation of internet of things based garbage bin and we also have mentioned the set of tools required to achieve the same.
Telemetry is a service which enables collection and transfer of data generated by public utility, pressure and other measuring devices of the building as well as device status information and display of the relevant data in an electronic format. In order to install the service you need not invest in data reading collection equipment – all you need is a measuring device enabling transmission of data.
This session will showcase some of the key ingredients needed to drive customer acquisition, satisfaction and loyalty. We will examine Smart Apps that Pivotal has developed for organisations looking to deliver superior digital experiences for their customers.
Speaker: Malik Bilal, Enterprise Architect, Pivotal
Groundwater is among the Nation’s most precious natural resources. Measurements of water levels in wells provide the most fundamental indicator of the status of this resource and are critical to meaningful evaluations of the quantity and quality of groundwater and its interaction with surface water.
BlokAid is a fully self contained overflow monitoring device, which provides early warning of increasing levels in manholes or drains. The alarms provide an early warning to avoid potential flood damage or costly environmental spills caused by blockage, roots or significant wet weather events.
More compelling reasons to use BlokAid:
- Early detection enables rapid response to rectify blockages / chokes
- Reduces risk of costly environmental spills and property damage
- Automated notifications via email / SMS or direct to SCADA
- Cost effective, easy to install device
- 10 year battery life and minimal maintenance needs.
Smart Water Meter System for Detecting Sudden Water LeakageAneekBanerjee4
This article deals with a proposal of a smart water meter for monitoring water consumption and for accidental leakage detection. The hardware part of the smart water meter consists of a mini-computer and a pulse water meter. Application logic is then in the hands of the original software that evaluates water consumption patterns. If a water leak is detected, the smart water meter uses a ball valve to close the inlet. The meter also has a self-learning mode that can recommend set limits within the reference period. A separate application interface is designed for communication between the meter and the user .Various computer simulations were used to test and initiate different water consumption scenarios.
Smart Real-time Control of Water SystemsStephen Flood
Smart Real-time Control of Water Systems
Henrik Madsen(1), Peter Steen Mikkelsen(2), Lasse Engbo Christiansen(3), Anne Katrine Falk(1), Morten Borup(2), Rune Juhl(3), Nadia Schou Vorndran Lund(2), Rasmus Halvgaard(1), Nina Donna Sto. Domingo(1), Lisbeth Birch Pedersen(1), Stephen J. Flood(1) & Lene Bassøe(4)
(1)DHI, Agern Alle 5, 2970 Hørsholm, DK
(2)DTU Environment, Bygning 115, , 2800 Kongens Lyngby, DK
(3)DTU Compute, Bygning 324, 2800 Kongens Lyngby, DK
(4)Aarhus Water, Bautavej 1, 8210 Aarhus V, DK
Delivered at: Urban Drainage Group Autumn Conference and Exhibition 2016, Blackpool, UK, November 9th–11th 2016
Presenter: Dr. Lisbeth Birch Pedersen (Product Owner, MIKE Powered by DHI)
Keywords: smart water, smart cities, urban drainage, climate change, surrogate modelling, weather radar, frameworks
Cities across the world are facing significant water system challenges related to urbanisation and climate change. To advance the concept of integrated real-time control of water systems, an innovative generalised technology framework has been developed as part of a collaborative research effort. The framework facilitates the global acceptance and improved implementation of smart real-time control of water systems which offers a proven, cost effective alternative to the conventional approach of increasing system capacity.
The core of the framework is a generalised data platform which can be used within all water domains. This platform integrates time series data and spatial data with numerical models, and offers a broad suite of generalised tools for data processing and reporting. Data tools can be executed as automated workflows that replace tedious and error prone manual tasks. A key element of the work is the development of fast and accurate surrogate models of complex physical systems, complementing standard deterministic high-fidelity models adapted to observations in real time in order to ensure efficiency and performance of the automated model predictive control algorithms. A second element is the utilisation of local area weather radar data, since distributed rainfall observations and accurate forecasts are essential for optimising the use of the system capacity.
This work focuses on the impacts of using the new smart real-time control of water systems framework on a full scale, real world example using the urban drainage system of the city of Aarhus, Denmark as a testbed.
Energomonitor - smart metering for savvyPatrick Zandl
In energomonitor we strongly believe, that smart metering and home appliance monitoring is only useful if is reasonably cheap for utility companies and highly useful for the end user.
SWING: Smart Water Innovation Network in the city of Burgos acciona
Asamblea Anual SmartWater 4 Europe. Durante los días 9 y 10 de junio tuvo lugar en la Universidad Politécnica de Lille (Francia) la Asamblea Anual del proyecto Smart Water 4 Europe (https://sw4eu.com/), que reunió a las 21 empresas que forman el consorcio, donde ACCIONA AGUA lidera uno de los cuatro sitios de demostración europeos, el denominado SWING (Smart Water Innovation Network in the city of BurGos). El Departamento de I+D de la compañía fue representado por su director, Jorge Malfeito, así como por la responsable de innovación Ana Jiménez Banzo. Por su parte, el Departamento de Automatización y Control, cuyo director es Alejandro Beivide, fue representado por Adrián Campos.
Grand Assembly SW4EU Meeting. Last June 9 and 10, at the Polytechnic University of Lille , was held the Smart Water 4 Europe (https://sw4eu.com/) Annual Assemble. The meeting, meet the 21 companies of the consortium , where ACCIONA Agua leads one of the European project sites, the SWING project (Smart Water Innovation Network in the city of BurGos). ACCIONA Agua R&D department was represented by Jorge Malfeito ( R&D Director) and Ana Jimenez Banzo ( Innovation Manager). Moreover, The Automation and Control Department, whose Director is Alejandro Beivide, was represented by Adrian Campos .
This smart garbage monitoring system presentation uses the concept of internet of things. The Architecture & work flow diagram shows the clear picture of implementation of internet of things based garbage bin and we also have mentioned the set of tools required to achieve the same.
Telemetry is a service which enables collection and transfer of data generated by public utility, pressure and other measuring devices of the building as well as device status information and display of the relevant data in an electronic format. In order to install the service you need not invest in data reading collection equipment – all you need is a measuring device enabling transmission of data.
This session will showcase some of the key ingredients needed to drive customer acquisition, satisfaction and loyalty. We will examine Smart Apps that Pivotal has developed for organisations looking to deliver superior digital experiences for their customers.
Speaker: Malik Bilal, Enterprise Architect, Pivotal
inp.PINS a link between GIS and Storm Water Management Model by Rui Daniel PinaMapWindow GIS
inp.PINS is an application developed to automatically link Geographical Information Systems (GIS) and Storm Water Management Model (SWMM).
SWMM is a public domain software, developed by the US-EPA, widely used for planning, analysis and design of drainage systems. As it is based on physical models, GIS with all the complex functions and modules available is extremely useful to characterize the SWMM base input model, and it is also a powerful tool to store, access, manipulate and visualize the SWMM inputs and results.
inp.PINS has been applied for floodplain mapping (delineation of flood hazard maps) and reveals to be an efficient way to link GIS with SWMM. The interoperability achieved is very effective for the analysis required, since the process leads to an excellent characterization of the catchment and all model inputs, and a better analysis of the modelling results, taking advantage of both GIS and SWMM capabilities at the same time.
inp.PINS is based on MapWinGIS.ocx and is now driven by the community needs the open source community is able to improve the capabilities, and also to make it even more flexible and this communication intends to present and discuss future developments on this project.
Design of a Minor Storm Water Management System Using XPSWMM for London, Onta...Rakibul Hasan,MEng,EIT
•Designed a minor system to meet City of London design guidelines for a 2 year storm by XPSWMM.
•Dealt with the layout of most economical Conduit Network for 4.6 ha of total drainage area.
Waternomics: Overview of the Pilots Objectives, Measures and OutcomesWaternomics
This is a presentation made by Louise Hannon at the Waternomics final event on 31/01/2017 for sharing an overview of the Pilots Objectives, Measures and Outcomes
Interactive Water Services: The Waternomics ApproachEdward Curry
WATERNOMICS focuses on the development of ICT as an enabling technology to manage water as a resource, increase end-user conservation awareness and affect behavioral changes. Unique aspects of WATERNOMICS include personalized feedback about end-user water consumption, the development of systematic and standards-based water resource management systems, new sensor hardware developments, and the introduction of forecasting and fault detection diagnosis to the analysis of water consumption data. These services will be bundled into the WATERNOMICS Water Information Services Platform. This paper presents the overall architectural approach to WATERNOMICS and details the potential interactive services possible based on this novel platform.
Interactive Water Services: The Waternomics Approach (WDSA 2014)Waternomics
WATERNOMICS focuses on the development of ICT as an enabling technology to manage water as a resource, increase end-user conservation awareness and affect behavioral changes. Unique aspects of WATERNOMICS include personalized feedback about end-user water consumption, the development of systematic and standards-based water resource management systems, new sensor hardware developments, and the introduction of forecasting and fault detection diagnosis to the analysis of water consumption data. These services will be bundled into the WATERNOMICS Water Information Services Platform. This paper presents the overall architectural approach to WATERNOMICS and details the potential interactive services possible based on this novel platform.
Presentation given by Jo Deketelaere, Greenbeat, at Open & Agile Smart Cities' annual Connected Smart Cities & Communities Conference 2020 on 23 January in Brussels, Belgium
Mrs. Mònica Rivera, Board of directors. ACECMA (Catalan Association of Environmental Consultancy and Engineering Services). Side Event #CARBONEXPO "Climate Change as a driver for sustainable growth of Catalan environmental services and business"
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Smart Water nella Città del Futuro - Anders Lynggaard-Jensen: Real time sewage and storm water management in urban areas: Aarhus case study
1. Anders Lynggaard-Jensen, DHI
Oct. 22nd 2015
Palazzo Turati, Milano
Real time sewage and storm
water management in urban
areas: Aarhus case study
2. The City of Aarhus
• Aarhus: The second largest city in Denmark
• 300.000 inhabitants - and growing fast!
• Located on the eastern coast of Jutland
• Educational center with large university and
many knowledge-based companies
• No heavy industry
Smart Water in the city of the future
22 ottobre 2015, Palazzo Turati Milano
3. City Development – Project Drivers
• Green/Blue City
• Water Framework Directive
• Bathing Water Directive
• Adaptation to Climate Change
Smart Water in the city of the future
22 ottobre 2015, Palazzo Turati Milano
4. Situation in 2007 at start of project
• Lake Brabrand, River Aarhus and
Aarhus Harbor are affected by:
• 75 combined sewer overflows
(CSO)
• 58 storm water drains
• 50% of the flow in the river is
from WWTPs
Smart Water in the city of the future
22 ottobre 2015, Palazzo Turati Milano
5. Integrated modelling for design
and Real Time Control/Warning
Smart Water in the city of the future
22 ottobre 2015, Palazzo Turati Milano
• Rural catchment model (MIKE SHE) driven by rainfall. Calculating the
run-off from the rural area as an input for Lake and River model.
• Sewer catchments model (MIKE URBAN) driven by rainfall and dry
weather flows. Calculating flows, run-off, CSO’s and E.coli transport as
input to the Lake and River model.
• Lake and River model (MIKE11) calculating flowpattern and
E.coli/Enterococci transport as input to the Harbor model.
• Harbor model (MIKE3) calculating flow pattern and E.coli/Enterococci
transport using a marine model as the “downstream” boundary.
6. Challenges and Solutions
• Challenges - infrastructure
• Sufficient basin volume (cost/space limitations)
• Sufficient water quality (hydraulic capacity and
disinfection at WWTP)
• Climate Change (rain intensity, sea level)
• Challenges – monitoring/control
• Prediction of distributed rain events
• Real time integrated modelling/control
• Sufficient controlability (weirs, pumps,…)
Smart Water in the city of the future
22 ottobre 2015, Palazzo Turati Milano
• Infrastructure
• New retention basins (approx. 55.000 m3)
• Disinfection at WWTPs
• Increased hydraulic capacity at WWTPs
• Monitoring/Control
• Integrated real time modelling/control (sewer
system/WWTP)
• Early Warning system for water quality
• Costs
• 50 mill. Euro with Warning system
• 67 mill. Euro without Warning system
7. Catchments, Storage tanks and WWTPs
Smart Water in the city of the future
22 ottobre 2015, Palazzo Turati Milano
8. Integrated Real Time Control setup
Smart Water in the city of the future
22 ottobre 2015, Palazzo Turati Milano
10. Layer 1: Local Control
Smart Water in the city of the future
22 ottobre 2015, Palazzo Turati Milano
11. Layer 2: Global Control
Smart Water in the city of the future
22 ottobre 2015, Palazzo Turati Milano
12. Real Time Control – Software Sensors
Smart Water in the city of the future
22 ottobre 2015, Palazzo Turati Milano
Red: Upstream level measurement
Green: Downstream level measurement
Light blue: Flow measurement
Dark blue: Flow calculation
13. Layer 3: Global Predictive Control
Smart Water in the city of the future
22 ottobre 2015, Palazzo Turati Milano
16. One warning system – Integrating data
from multiple organizations and authorities
Smart Water in the city of the future
22 ottobre 2015, Palazzo Turati Milano
Run-off operated by
Environmental Section
Aarhus Municipality
RTC operated by
Aarhus Water
Waterforecast
operated by DHI
17. Early Warning System:
Web-site and smartphone/tablet App
Smart Water in the city of the future
22 ottobre 2015, Palazzo Turati Milano
18. Conclusions and lessons learnt
• Operation staff also involved in design and
implementation!
• Suitable number of sensors and control
handles!
• Validation and calibration of data during
design and operation!
• Systems on line with all components!
• Systematic fall back strategy in several
layers!
• Simulation of a high number of scenarios in
the design phase!
• Planning and operation divided in similar but
separate systems!
• Clear organizational setup!
• Events with poor water quality will occur!
• What are your politicians expecting?
• Be aware of communications and media relations!
• Warning of poor water quality
Smart Water in the city of the future
22 ottobre 2015, Palazzo Turati Milano