Water Conservation in Galway City & WaternomicsWaternomics
This is a presentation made by Elizabeth Fanning from Galway City Council at the Waternomics final event on 31/01/2017 for sharing Galway city water conservation plan and annoucing the Green leaf award 2017
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
Low cost sensors for collecting water dataWaternomics
The document describes a low-cost sensor system for collecting water usage data. It consists of ultrasonic flow meters and small water meters that measure water usage. A BeagleBone Black device collects data from the sensors via serial ports. A website allows users to monitor water usage data in real time and download collected data. Pilot tests of the system were conducted to collectively gather water usage data.
Waternomics - ICT for Water Resource ManagementWaternomics
Objective: WATERNOMICS will provide personalised and actionable information on water consumption and water availability to individual households, companies and cities in an intuitive & effective manner at relevant time-scales for decision m
Waternomics Flyer - ICT for Water Resource ManagementWaternomics
This is the Waternomics flyer. It highlights the objective, approach and results for the project. Furthermore, it give a overview of the project and its pilots and partners.
This document discusses the Waternomics methodology for designing sustainable buildings. It can help architects communicate and coordinate with clients to select appropriate technologies and model future water and energy use. The methodology was used to design a smart water system for a new engineering building at Galway University in Ireland, reducing drinking water consumption by 20% through an improved rainwater harvesting system. The Waternomics methodology is applicable for new and retrofit buildings of any type.
Waternomics Open Day Thermi - Project overview and MethodologyWaternomics
Presentation of the Waternomics project and the Waternomics Methodology for smart water systems prepared for the Open Day in Thermi, Greece. First part of the presentation is in Greece.
Water Conservation in Galway City & WaternomicsWaternomics
This is a presentation made by Elizabeth Fanning from Galway City Council at the Waternomics final event on 31/01/2017 for sharing Galway city water conservation plan and annoucing the Green leaf award 2017
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
Low cost sensors for collecting water dataWaternomics
The document describes a low-cost sensor system for collecting water usage data. It consists of ultrasonic flow meters and small water meters that measure water usage. A BeagleBone Black device collects data from the sensors via serial ports. A website allows users to monitor water usage data in real time and download collected data. Pilot tests of the system were conducted to collectively gather water usage data.
Waternomics - ICT for Water Resource ManagementWaternomics
Objective: WATERNOMICS will provide personalised and actionable information on water consumption and water availability to individual households, companies and cities in an intuitive & effective manner at relevant time-scales for decision m
Waternomics Flyer - ICT for Water Resource ManagementWaternomics
This is the Waternomics flyer. It highlights the objective, approach and results for the project. Furthermore, it give a overview of the project and its pilots and partners.
This document discusses the Waternomics methodology for designing sustainable buildings. It can help architects communicate and coordinate with clients to select appropriate technologies and model future water and energy use. The methodology was used to design a smart water system for a new engineering building at Galway University in Ireland, reducing drinking water consumption by 20% through an improved rainwater harvesting system. The Waternomics methodology is applicable for new and retrofit buildings of any type.
Waternomics Open Day Thermi - Project overview and MethodologyWaternomics
Presentation of the Waternomics project and the Waternomics Methodology for smart water systems prepared for the Open Day in Thermi, Greece. First part of the presentation is in Greece.
To resolve upcoming shortages in clean drinking water, Waternomics will explore technologies and methodologies needed to successfully reduce water consumption from households, companies and municipalities. Waternomics is a three year, EU-funded project that started in February 2014 and will evaluate its results in three real life experiments in Italy, Greece and Poland.
Interactive Water Services: The Waternomics ApproachEdward Curry
The document describes the Waternomics project, which aims to introduce demand response and accountability principles in the water sector through interactive water services. The project will develop a water information platform and tools to provide personalized water consumption and availability data to households, companies and cities. It will implement pilots in Greece, Italy and Ireland to test applications like water dashboards, prediction tools, simulations and games to increase user awareness and encourage behavioral changes. The platform uses linked open data, Internet of Things sensors and semantic technologies to integrate scattered water data sources and address challenges of data interoperability across domains.
Making your-very-own-android-apps-for-waternomics-using-app-inventor-2Waternomics
This document provides instructions for creating Android apps using App Inventor 2. It discusses the Waternomics project, which aims to reduce water consumption by providing users and managers with usage data. It then explains how App Inventor 2 allows users to build apps through a graphic block-based programming interface. The document proceeds to guide the reader through building some simple example apps, such as one that speaks text aloud and a basic calculator app. It concludes by outlining how to create a water footprint calculator app using data from the Waternomics project.
How smart water meters can help consumers save energyGerrit Rentier
Customers spend much of their energy budget on heating water with gas (showers, baths) or electricity (washers). Smart water meters can show them how much and when this happens, so they can become more aware and get information on which they can decide to save on water and energy. (Presentation Smart Water Systems, London, April 28th 2014)
The Water Systems & Services Innovation Centre is a partnership between Cork Institute of Technology, Cork City Council, and Cork County Council that uses CIT's labs and research assets to work on water-related projects. It has over 90 staff with experience in industry, innovation, and research. Some of its current projects include WatNOS to reduce energy costs in water pumping, FOGMON for remote monitoring of fats, oils, and greases to optimize sewer maintenance, and AquaMetrics for smart sub-metering of water networks. The Innovation Centre works on various areas including embedded sensing and control, wastewater treatment, energy from water, and emerging contaminants.
Water, hydroinformatics and circular economy - dif dragan savicDragan Savic
The document discusses a "Big Top Tent" session during the Disruptive Innovation Festival 2015 on the topic of "Water and Circular Economy". The session will take place on November 12, 2015 from 3-4pm GMT. It provides a registration link. It then discusses how hydroinformatics uses modeling tools and information and communication technologies to take a holistic approach to sustainable water management, addressing physical, social, and economic factors. The Center for Water Systems at the University of Exeter is given as an example. Benefits of the circular economy approach for water management are listed as saving energy and water, ensuring food security, reducing waste through reuse and recycling, generating new uses for used products, preserving natural resources, fighting climate
Design of Flood Warning System Based IoT and Water CharacteristicsTELKOMNIKA JOURNAL
This document describes a flood warning system designed using IoT technology and water characteristic sensors. The system monitors water levels and velocity at dams using ultrasonic sensors and a water velocity sensor connected to an ESP8266 microcontroller. The sensor data is sent in real-time over the internet and used to determine the hazard level, which is notified to users through a smartphone app. The system aims to provide accurate and rapid flood warnings to minimize disaster impacts by allowing people time to save their property and lives. It was tested using a dam prototype and different water characteristic scenarios.
Sensors and modelling - Cornerstones for smart water managementMarc Moreau
Sensors and modeling are cornerstones for smart water management. Key applications include forecasting water demand using sensor and modeling data, managing water resources by continuously monitoring sensitive areas, managing water distribution networks through optimal sensor placement and online water quality modeling, managing waste water networks with new sensors for sulfur and online models, and protecting the environment by preventing combined sewer overflows through integrated monitoring, weather forecasting, and network optimization. New collaborative projects are exploring challenges in waste water monitoring and management.
Flood Forecasting Technology Workshop, Dublin, Ireland
DHI provided a keynote presentation at the recent Flood Forecasting Technology workshop held at University College Dublin (UCD). The one day workshop described some of the internationally available flood warning platforms, suitable for use in Ireland, and provided an opportunity to discuss requirements with both potential users of warning systems and stakeholders who may use their outputs.
The SmartH2O project receives EU funding to develop technology for improving water efficiency through new business partnerships between water utilities and customers. The project aims to turn smart meter water consumption data into a business intelligence tool to help utilities predict demand, optimize operations, and foster sustainable customer behavior. The technology includes a gamified consumer portal, data analytics for customer segmentation and behavioral change, and serious games for customer engagement. The system has been in alpha testing and will be deployed in London, Valencia, and other locations in 2016-2017.
Public awareness and feedback – Insights from the SmartH2O project SmartH2O
The document discusses insights from the SmartH2O project on raising public awareness and providing feedback to induce behavior change related to water consumption. It outlines two main challenges of how to present consumption information to users and motivate them to change behavior. It then describes the SmartH2O approach which includes a consumer portal with gamification elements, consumption feedback, tips, goals and rewards to engage users. Initial results from a validation study in Spain show positive user acceptance of the technology and motivation from gamification. Analysis of user activity levels and consumption data also provide early signs that the approach may help influence behaviors.
This document discusses the development of a water information platform based on a linked sensor data framework. It aims to leverage data analytics and linked data to help secure access to sufficient and safe water by enabling intelligent water operation and control. The platform will provide personalized water consumption and availability information to households, companies and cities. It will support water management programs through tools and services developed on the platform. Three pilot sites will test the platform - a domestic site, a corporate site at an airport, and a public site at a school and university.
Australia with a Drying Climate - Sustainable urban water management. By what...SmartH2O
The document discusses sustainable urban water management strategies for Perth, Western Australia as the region experiences drying climate conditions and declining rainfall. It outlines three levels of strategies: 1) behavioral change programs like H2omesmart, 2) improved efficiency standards for appliances, and 3) new technologies such as decentralized seawater desalination plants and dual reticulation systems. Case studies on these initiatives show potential for significant water savings through community-based social marketing, more efficient devices, and alternative water sources. Future research is proposed on developing new urban villages with integrated water recycling and renewable energy systems.
Integrated Modelling to Support Integrated Management: Real-time Catchment Ap...Stephen Flood
Integrated Modelling to Support Integrated Management: Real-time Catchment Approaches - Nick Elderfield (DHI)
Delivered at: -
ESI Annual Water Event 2014:
JOINED UP THINKING - Managing the whole catchment's resources for multiple benefits
10 June 2014 - Reading, UK
Regulation and water pricing to simulate efficiency in water services: the ro...EIP Water
This document discusses how water regulation and pricing in Portugal is stimulating more efficient water services. It provides an overview of water regulation authorities worldwide and the rationale for regulation in Portugal given the large number and diversity of water operators. The Portuguese Water and Waste Services Regulation Authority regulates utilities to incentivize quality of service, economic efficiency, and innovation. Regulation aims to balance efficiency gains, sustainability, and affordability through tools like benchmarking, information sharing, and new tariff models that promote cost recovery while incentivizing operators to invest in innovation. Challenges remain around infrastructure maintenance, operational efficiency, and financial sustainability.
Abengoa presented on global water challenges and innovative technology solutions for sustainability. Some of the key water issues discussed included increasing water demand, climate change, and water pollution from agriculture. Abengoa then summarized their solutions portfolio including desalination plants, wastewater treatment, water reuse, and using public-private partnerships. They also described their work in solar-desalination projects that produce both fresh water and renewable energy.
IRJET- Digital Water Management and Automatic Bill Generation SystemIRJET Journal
This document describes a system for digital water management and automatic bill generation. The system collects water consumption data from sensors connected to a microcontroller. It then transmits this data over the internet to a server where it is stored and analyzed. The system allows for live monitoring of water usage and generates accurate bills for each flat. It also has features like leakage detection and open tap detection to promote water conservation. The system is designed to address issues with traditional water metering and billing like lack of live monitoring, limited number of sensors, and inability to detect issues or generate detailed bills.
Using Mobile Phones and PCs for Monitoring the Delivery of Water Services in ...IRC
By Joseph Abisa, Peter Magara, Peter Wakholi, Triple-S Uganda. Prepared for the Monitoring sustainable WASH service delivery symposium, 9-11 April 2013, Addis Ababa, Ethiopia.
How knowledge creation in water utilities can boost innovation in the sectorEIP Water
Presentation hold during EIP Water Conference in Porto, as part of the Porto Water Innovation Week in Session 6 “Financing innovation in the water sector”
The SmartH2O project and the role of social computing in promoting efficient ...SmartH2O
The document discusses the SmartH2O project which aims to promote efficient residential water use through social computing. The project seeks to understand current water consumer behavior using smart meter data, incorporate behavioral data from a smart app, and create user models. It then aims to raise social awareness of water conservation through social networks and dynamic pricing schemes. A key objective is to stimulate collective behavior changes and social influences on water usage. The role of persuasive games in influencing consumer behavior is also discussed.
Smart Water Networks need Smart Data Presentation - IT&Water Feb 10 2015Luc Stakenborg
The document discusses Vitens' approach to presenting vast amounts of smart water network data in an effective way for users. Vitens collects sensor and other data from its network in a central real-time data platform. It then presents this integrated data through a web-based, GIS-oriented interface called IMQS. This interface provides intuitive access to real-time measurements, historic trends, network maps with sensor locations, and alerts. It helps operators and managers analyze the network and respond to issues. Vitens has deployed many new sensors and uses the interface to gain insights into leak detection, energy efficiency and more.
To resolve upcoming shortages in clean drinking water, Waternomics will explore technologies and methodologies needed to successfully reduce water consumption from households, companies and municipalities. Waternomics is a three year, EU-funded project that started in February 2014 and will evaluate its results in three real life experiments in Italy, Greece and Poland.
Interactive Water Services: The Waternomics ApproachEdward Curry
The document describes the Waternomics project, which aims to introduce demand response and accountability principles in the water sector through interactive water services. The project will develop a water information platform and tools to provide personalized water consumption and availability data to households, companies and cities. It will implement pilots in Greece, Italy and Ireland to test applications like water dashboards, prediction tools, simulations and games to increase user awareness and encourage behavioral changes. The platform uses linked open data, Internet of Things sensors and semantic technologies to integrate scattered water data sources and address challenges of data interoperability across domains.
Making your-very-own-android-apps-for-waternomics-using-app-inventor-2Waternomics
This document provides instructions for creating Android apps using App Inventor 2. It discusses the Waternomics project, which aims to reduce water consumption by providing users and managers with usage data. It then explains how App Inventor 2 allows users to build apps through a graphic block-based programming interface. The document proceeds to guide the reader through building some simple example apps, such as one that speaks text aloud and a basic calculator app. It concludes by outlining how to create a water footprint calculator app using data from the Waternomics project.
How smart water meters can help consumers save energyGerrit Rentier
Customers spend much of their energy budget on heating water with gas (showers, baths) or electricity (washers). Smart water meters can show them how much and when this happens, so they can become more aware and get information on which they can decide to save on water and energy. (Presentation Smart Water Systems, London, April 28th 2014)
The Water Systems & Services Innovation Centre is a partnership between Cork Institute of Technology, Cork City Council, and Cork County Council that uses CIT's labs and research assets to work on water-related projects. It has over 90 staff with experience in industry, innovation, and research. Some of its current projects include WatNOS to reduce energy costs in water pumping, FOGMON for remote monitoring of fats, oils, and greases to optimize sewer maintenance, and AquaMetrics for smart sub-metering of water networks. The Innovation Centre works on various areas including embedded sensing and control, wastewater treatment, energy from water, and emerging contaminants.
Water, hydroinformatics and circular economy - dif dragan savicDragan Savic
The document discusses a "Big Top Tent" session during the Disruptive Innovation Festival 2015 on the topic of "Water and Circular Economy". The session will take place on November 12, 2015 from 3-4pm GMT. It provides a registration link. It then discusses how hydroinformatics uses modeling tools and information and communication technologies to take a holistic approach to sustainable water management, addressing physical, social, and economic factors. The Center for Water Systems at the University of Exeter is given as an example. Benefits of the circular economy approach for water management are listed as saving energy and water, ensuring food security, reducing waste through reuse and recycling, generating new uses for used products, preserving natural resources, fighting climate
Design of Flood Warning System Based IoT and Water CharacteristicsTELKOMNIKA JOURNAL
This document describes a flood warning system designed using IoT technology and water characteristic sensors. The system monitors water levels and velocity at dams using ultrasonic sensors and a water velocity sensor connected to an ESP8266 microcontroller. The sensor data is sent in real-time over the internet and used to determine the hazard level, which is notified to users through a smartphone app. The system aims to provide accurate and rapid flood warnings to minimize disaster impacts by allowing people time to save their property and lives. It was tested using a dam prototype and different water characteristic scenarios.
Sensors and modelling - Cornerstones for smart water managementMarc Moreau
Sensors and modeling are cornerstones for smart water management. Key applications include forecasting water demand using sensor and modeling data, managing water resources by continuously monitoring sensitive areas, managing water distribution networks through optimal sensor placement and online water quality modeling, managing waste water networks with new sensors for sulfur and online models, and protecting the environment by preventing combined sewer overflows through integrated monitoring, weather forecasting, and network optimization. New collaborative projects are exploring challenges in waste water monitoring and management.
Flood Forecasting Technology Workshop, Dublin, Ireland
DHI provided a keynote presentation at the recent Flood Forecasting Technology workshop held at University College Dublin (UCD). The one day workshop described some of the internationally available flood warning platforms, suitable for use in Ireland, and provided an opportunity to discuss requirements with both potential users of warning systems and stakeholders who may use their outputs.
The SmartH2O project receives EU funding to develop technology for improving water efficiency through new business partnerships between water utilities and customers. The project aims to turn smart meter water consumption data into a business intelligence tool to help utilities predict demand, optimize operations, and foster sustainable customer behavior. The technology includes a gamified consumer portal, data analytics for customer segmentation and behavioral change, and serious games for customer engagement. The system has been in alpha testing and will be deployed in London, Valencia, and other locations in 2016-2017.
Public awareness and feedback – Insights from the SmartH2O project SmartH2O
The document discusses insights from the SmartH2O project on raising public awareness and providing feedback to induce behavior change related to water consumption. It outlines two main challenges of how to present consumption information to users and motivate them to change behavior. It then describes the SmartH2O approach which includes a consumer portal with gamification elements, consumption feedback, tips, goals and rewards to engage users. Initial results from a validation study in Spain show positive user acceptance of the technology and motivation from gamification. Analysis of user activity levels and consumption data also provide early signs that the approach may help influence behaviors.
This document discusses the development of a water information platform based on a linked sensor data framework. It aims to leverage data analytics and linked data to help secure access to sufficient and safe water by enabling intelligent water operation and control. The platform will provide personalized water consumption and availability information to households, companies and cities. It will support water management programs through tools and services developed on the platform. Three pilot sites will test the platform - a domestic site, a corporate site at an airport, and a public site at a school and university.
Australia with a Drying Climate - Sustainable urban water management. By what...SmartH2O
The document discusses sustainable urban water management strategies for Perth, Western Australia as the region experiences drying climate conditions and declining rainfall. It outlines three levels of strategies: 1) behavioral change programs like H2omesmart, 2) improved efficiency standards for appliances, and 3) new technologies such as decentralized seawater desalination plants and dual reticulation systems. Case studies on these initiatives show potential for significant water savings through community-based social marketing, more efficient devices, and alternative water sources. Future research is proposed on developing new urban villages with integrated water recycling and renewable energy systems.
Integrated Modelling to Support Integrated Management: Real-time Catchment Ap...Stephen Flood
Integrated Modelling to Support Integrated Management: Real-time Catchment Approaches - Nick Elderfield (DHI)
Delivered at: -
ESI Annual Water Event 2014:
JOINED UP THINKING - Managing the whole catchment's resources for multiple benefits
10 June 2014 - Reading, UK
Regulation and water pricing to simulate efficiency in water services: the ro...EIP Water
This document discusses how water regulation and pricing in Portugal is stimulating more efficient water services. It provides an overview of water regulation authorities worldwide and the rationale for regulation in Portugal given the large number and diversity of water operators. The Portuguese Water and Waste Services Regulation Authority regulates utilities to incentivize quality of service, economic efficiency, and innovation. Regulation aims to balance efficiency gains, sustainability, and affordability through tools like benchmarking, information sharing, and new tariff models that promote cost recovery while incentivizing operators to invest in innovation. Challenges remain around infrastructure maintenance, operational efficiency, and financial sustainability.
Abengoa presented on global water challenges and innovative technology solutions for sustainability. Some of the key water issues discussed included increasing water demand, climate change, and water pollution from agriculture. Abengoa then summarized their solutions portfolio including desalination plants, wastewater treatment, water reuse, and using public-private partnerships. They also described their work in solar-desalination projects that produce both fresh water and renewable energy.
IRJET- Digital Water Management and Automatic Bill Generation SystemIRJET Journal
This document describes a system for digital water management and automatic bill generation. The system collects water consumption data from sensors connected to a microcontroller. It then transmits this data over the internet to a server where it is stored and analyzed. The system allows for live monitoring of water usage and generates accurate bills for each flat. It also has features like leakage detection and open tap detection to promote water conservation. The system is designed to address issues with traditional water metering and billing like lack of live monitoring, limited number of sensors, and inability to detect issues or generate detailed bills.
Using Mobile Phones and PCs for Monitoring the Delivery of Water Services in ...IRC
By Joseph Abisa, Peter Magara, Peter Wakholi, Triple-S Uganda. Prepared for the Monitoring sustainable WASH service delivery symposium, 9-11 April 2013, Addis Ababa, Ethiopia.
How knowledge creation in water utilities can boost innovation in the sectorEIP Water
Presentation hold during EIP Water Conference in Porto, as part of the Porto Water Innovation Week in Session 6 “Financing innovation in the water sector”
The SmartH2O project and the role of social computing in promoting efficient ...SmartH2O
The document discusses the SmartH2O project which aims to promote efficient residential water use through social computing. The project seeks to understand current water consumer behavior using smart meter data, incorporate behavioral data from a smart app, and create user models. It then aims to raise social awareness of water conservation through social networks and dynamic pricing schemes. A key objective is to stimulate collective behavior changes and social influences on water usage. The role of persuasive games in influencing consumer behavior is also discussed.
Smart Water Networks need Smart Data Presentation - IT&Water Feb 10 2015Luc Stakenborg
The document discusses Vitens' approach to presenting vast amounts of smart water network data in an effective way for users. Vitens collects sensor and other data from its network in a central real-time data platform. It then presents this integrated data through a web-based, GIS-oriented interface called IMQS. This interface provides intuitive access to real-time measurements, historic trends, network maps with sensor locations, and alerts. It helps operators and managers analyze the network and respond to issues. Vitens has deployed many new sensors and uses the interface to gain insights into leak detection, energy efficiency and more.
Demonstration of several water quality testing methodologies and sensors as part of the Resilient Cities workshop - Presented by Pieter van Boheemen at EID, Rio de Janeiro, May 12 2016
Interactive Sparkling Water session by Michal Malohlava
- Powered by the open source machine learning software H2O.ai. Contributors welcome at: https://github.com/h2oai
- To view videos on H2O open source machine learning software, go to: https://www.youtube.com/user/0xdata
La gestión inteligente del agua es fundamental para las ciudades del siglo XXI. La tecnología avanzada como la telelectura, el control remoto de riego y la calidad del agua pueden mejorar la sostenibilidad hídrica, la calidad de vida de los ciudadanos y el medio ambiente. El diseño inteligente de infraestructuras como depósitos subterráneos y zonas verdes también ayudan a gestionar mejor el agua de lluvia y las inundaciones.
Gas Sensors, Detection of Particles, 3D Images…: What are the Next opportunit...Yole Developpement
MEMS is a semiconductor technology thus enabling miniaturization and lower cost manufacturing of existing products
A psychological survey in 1994 by Hatwell (Hatwell, Y. (1994). Traitéde psychologie expérimentale. Paris, P.U.F.) showed that 83% of our external world perception is through our vision.
Thus a high quality image is highly valued by the user –today Smartphone bill of materials is $10 for the camera module.
The next senses we use are Audio and Smell. Thus, we believe next innovation in MEMS & Sensors will be for microphones.
Gas sensors could be the next one to be valued for consumer applications.
Complete integration has been achieved at sensor level
Strong miniaturization race
Still some developments on power consumption, advanced packaging
Major developments at Software level to achieve sensor fusion
Accurate data acquisition
Precise tracking within the environment
After decreasing die size, improvements are now focused on packaging issues and use of through silicon vias (TSVs) for instance
An ever growing market
Imaging is highly valued
The imaging industry stopped the low cost/high integration model by increasing the pixel size and thus the die size
Interesting way for the MEMS industry to gain value:
More integration at environmental level seems a good opportunity
Pressure + Microphone
Add Particles & Gas detection (market pull)
High power consumption
•Limited access to sensors
•Players: Qualcomm, Samsung, Apple, etc…
•Application processors and MCU manufacturers try to override sensor hubs and access the fullfunctionality of the sensors. It requires allocated resources, may be not as optimized as a sensor hub provides
Deep access to the functionalities of the sensor
•Low power consumption
•Optimized performance
•They try to add value to their sensors by providing sensor hub, adding software and promoting use case,showing there al added-value offer by their sensors combined with their software.
A great competition to gather value at a higher level in the system, because value is in the software, not in the hardware.
More information on that report at http://www.i-micronews.com/reports.html
Sensors and Sensing Modules for Smart Homes and Buildings - 2017 Report by Yo...Yole Developpement
Smart homes and buildings: The “Trojan Horse” strategy
To achieve greener and more secure homes and buildings requires a shift in sensing from today’s basic functions such as turning light switches on or off to more advanced functions. Three main drivers are currently leading the smart buildings market:
Better energy control. With 40% of the world’s energy used for buildings, mostly for heating in residential and lighting in commercial, this is a very strong driver.
Increased security with detection of intrusion, fires and seismic activity.
Better comfort for occupants with sensor modules or hubs like those manufactured by Google/Nest, Fibaro, Smarthings, Canary, and Elgato Eve. They generally include 1-10 sensors, an energy source and a wireless module.
For more information, visit our website: https://www.i-micronews.com/reports.html
The ARS4-A is a 77 GHz radar sensor offering simultaneous long and short range detection
The Continental ARS4-A Radar is designed for forward collision warning, emergency brake assist, collision mitigation system or Adaptive Cruise Control (ACC). A special feature of the device is the simultaneous measurement of long distances, up to 250m with +/-0.2m accuracy, and short range, up to 70m, relative velocity and angle between two objects. It is thus able to detect stationary objects without any camera support.
The system integrates two electronic boards including an NXP Semiconductor microcontroller and Broadcom Ethernet transceiver. The radio-frequency (RF) board is manufactured with an asymmetric structure using a hybrid PTFE/FR4 substrate and is equipped with planar antennas.
The NXP Semiconductor multi-channel 77 GHz radar transceiver chipset, composed of four receivers, two transmitters and an associated voltage controlled oscillator (VCO), is used as high-frequency transmitter and receiver. The RF dies are packaged in redistributed chip package (RCP) fan-out wafer level packages initially developed and manufactured by Freescale.
Based on a complete teardown analysis of the Continental radar, the report provides the bill-of-material (BOM) and the manufacturing cost of the radar sensor.
A complete physical analysis and manufacturing cost estimation of the NXP semiconductor monolithic microwave integrated circuits (MMICs) is available in a separate report.
More information on that report at http://www.i-micronews.com/reports.html
Waternomics: Development of a Water Information Platform based on a Linked Se...Waternomics
This document discusses the development of a water information platform based on a linked sensor data framework. It aims to leverage data analytics and linked data to help secure access to sufficient and safe water by enabling intelligent water operation and control. The platform will provide personalized water consumption and availability information to households, companies and cities. It will support water management programs through tools and services developed on the platform. Three pilot sites will test the platform - a domestic site, a corporate site at an airport, and a public site at a school and university.
The document summarizes the results and impact of the Waternomics project. The project developed a standardized methodology for implementing smart water management systems using Internet of Things technologies. It involved nine partners across four countries and included four pilot sites. The project produced over 20 water applications, integrated 28 datasets into a linked water dataspace, and generated economic and dissemination impacts including new business opportunities and over 9,500 website visitors.
A presentation of the main results and impacts of the waternomics project during its series of final events. This presentation is given by Dr. Wassim Derguech at a research seminar at the Insight Centre for Data Analytics at NUIG on 27/01/2017
Waternomics: Business Models and ExploitationWaternomics
This is a presentation made by Sander Smit at the Waternomics final event on 31/01/2017 for sharing the project contribution in terms of business models and exploitation
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.
AUTOMATED LEAK DETECTION SYSTEM FOR THE IMPROVEMENT OF WATER NETWORK MANAGEMENTWaternomics
The need for an efficient Water Management System (WMS) is strongly felt by water utilities, municipalities and by medium to large scale corporates that have to face every day with problems dealing with water usage and supply [1]. Leveraging a sensor data network, an automated system to implement fault detection in a water network at an early stage can be a valuable tool that saves water, energy, time and money. This paper introduces a novel FDD (fault detection and diagnosis) approach for water networks developed within the FP7 Waternomics Project by modeling a water network in the simulation environment EPANET and applying an anomaly detection algorithm named ADWICE (Anomaly Detection With fast Incremental ClustEring) [2] to real time data of water flow and pressure to infer performance and operational anomalies. The method is currently being implemented at the Linate Airport water network in Milan, and initial results are presented in this paper.
Smit IAHR2015 - business drivers for adopting smart water technologyWaternomics
The document discusses business drivers for adopting smart water technology. It outlines the Waternomics project which aims to provide personalized water consumption and availability information to help manage water more efficiently. Key business drivers for adoption include sustainability, cost reduction, efficiency gains and risk management. For technology to be adopted, it must provide value-added benefits and have modular, interoperable and scalable architecture that uses communication standards.
Waternomics Methodology: A Standards based Methodology for the Implementation...Waternomics
This brochure shows the Waternomics methodology introduced as a standards based methodology for the implementation of water efficiency programs using smart water systems
This document discusses the Waternomics project, which aims to develop smart water management applications. It notes that water demand is increasing globally while infrastructure is costly to maintain. The Waternomics project involves 3 pilot sites in Greece, Italy, and Ireland to test applications for domestic, corporate, and city users. The goal is to use new technologies and data to improve water monitoring, leak detection, and encourage conservation.
The business value of a smart water system Waternomics
Presentation of the results from the Waternomics project for the European Utility Week 2016 by Sander Smit from BM-Change. Presentation shows preceived business value of the four pilots.
Waternomics project overview for EIP Water Conference 2016Waternomics
The Waternomics project is a research project funded by the European Commission to explore how ICT can help households, companies, and cities manage water more efficiently. The project has involved developing new technologies and a methodology to provide personalized water consumption and availability information to help with decision making. Pilot tests of the approaches were conducted in Greece, Italy, and Ireland. The project has generated ideas for new products and services, pursued additional research, and involved partnerships between the nine participating organizations from four countries.
Waternomics: Serving Diverge User Needs under a Single Water Information Plat...Waternomics
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World Water Congress 2015 - Impact of ICT on water utility business model Waternomics
This presentation was prepared for the World Water Congress 2015 in Edinburgh. It shows the impact of smart water technology on a water utilities business model and was presented by Sander Smit from BM-Change at the congress.
DHI UK - BRIEFING FOR UK AND IRELAND WATER COMPANIES - NO 3 - APR 2016Stephen Flood
BRIEFING FOR UK & IRELAND WATER COMPANIES
Welcome to the third issue of DHI-UK's biannual newsletter for Water Companies and their Consultants. Publication is primarily through Linkedin, so please share with your colleagues and friends.
In this issue we provide details of several forthcoming training courses and events; we discuss how the new WATER 4.0 initiative will benefit the efficient, flexible and competitive management of rainwater by smart, real-time control and optimisation of our drainage infrastructure; we present a new case story from New Zealand highlighting new bathing water forecasting technology; and we present a number of recent news articles from around the DHI group.
To receive a copy of the launch issue please e-mail sjf@dhigroup.com
The document discusses the ICeWater project which aims to develop ICT solutions to improve water resource management. It describes the project goals of optimizing water network operations, detecting and localizing leakages, and lowering consumption during peak periods. Two pilot sites are discussed - one in Timisoara, Romania focused on water quality issues, and one in Milan, Italy focused on energy efficiency. Decision support modules and a communication platform are also summarized.
Linked Water Data For Water Information ManagementEdward Curry
The management of water consumption is hindered by low general awareness and absence of precise historical and contextual information. Effective and efficiency management of water resources requires a holistic approach considering all the stages of water usage. A decision support tool for water management services requires access to a number of different data domains and different data providers. The design of next-generation water information management systems poses significant technical challenges in terms of information management, integration of heterogeneous data, and real-time processing of dynamic data. Linked Data is a set of web technologies that enables integration of different data sources. This work investigates the usage of Linked Data technologies in the Water Management domain, describes the fundamental concepts of the approach, details an architecture, and discusses possible water management applications.
The SWAMP project develops IoT-based methods for smart water management in precision irrigation. It aims to develop these methods, address climate change challenges by using water and energy efficiently, and maximize crop yields. The project will pilot the approaches in Europe and Brazil, with objectives of automating platforms, integrating sensors, and validating new business models for smart water management.
Waternomics Open Day Thermi - Results Linate airport pilotWaternomics
This document summarizes information presented at an open day event in Thessaloniki on October 11, 2016 about a waternomics pilot project at Linate Airport in Milan. The project installed new water meters and sensors to monitor water usage in two pilot areas - District Metered Area 6 and the Terminal Building. This data is visualized on an online platform to help airport staff analyze consumption patterns, detect leaks, and explore strategies to optimize water resource management and reduce costs. Feedback from airport staff indicated the platform could be further improved by adding reporting functions, clearer building labels, and additional data parameters.
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Waternomics: Making Sense of Water DataWaternomics
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This document provides instructions for creating a water usage visualization application using the Play Framework. It describes how to install Play, create a new Play project, and build a basic "Hello World" application. It then explains how to modify the application to query a Druid database for the last 30 days of water consumption data for a sensor and display the results in JSON format.
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Waternomics - ICT for Water Resource Management - Water Information PlatformWaternomics
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Waternomics: Key impacts for smart water management
1. @WATERNOMICS_EU www.waternomics.eu
Project co-funded by the European
Commission within the 7th Framework
Program (Grant Agreement No. 619660)
KEY IMPACTS FOR SMART WATER
MANAGEMENT
EOGHAN CLIFFORD
Waternomics End of Project Meeting 30/01/2017
Galway, Ireland
2. @WATERNOMICS_EU www.waternomics.eu2
2
Thermi, Greece
Domestic Users and
Utility providers
Linate Airport,
Milan, Italy
Corporate Users
NUIG, CnaC, Galway, Ireland
Public Users
Simple UI Open/Linked Data Internet of Things Data Analytics Gamification
ImpactKey
Technologies
Pilots
Saving
Energy & Water
Reducing
CO2 Emission
Increasing
awareness
Building Eco
Friendly behaviour
3. @WATERNOMICS_EU www.waternomics.eu3
WIDE VARIETY OF END-USERS
Adults, Young Adults and Children
Domestic Usage
Corporate Usage
Public Usage
Corporate staff
Teachers School Kids
University Staff University
Students
Leisure, Business
Travellers
Families
Waternomics targets a wide variety of end-users
4. @WATERNOMICS_EU www.waternomics.eu4
LOCATION Public/Mixed Use
ENGINEERING BUILDING, NUI GALWAY,
IRELAND
COLÁISTE NA COIRIBE, GALWAY,
IRELAND
TARGET
Mixed/Public Water Consumers - University Mixed/Public Water Consumers - School
KEYSTATISTICS
Designed as a living laboratory and opened
in 2011;
14,000 sqm on four floors occupied by 1,000
students and 100 staff;
11 existing water meters & BMS system in
place
8 New USF Meters and 3 inline meters
proposed by WATERNOMICS
Building Managers, Staff, Students (most 18
– 24 years old) , Researchers
Post primary school students (12 – 18 years old)
Opened in October 2015
500 students and 40 staff;
7 water meters and building control system
planned in original construction contract
Additional 7 New inline water meters and site view
screen installed by WATERNOMICS
Building Manager, Staff, Students (12 – 18 years
old), Teachers
PROFILE OF THE PILOTS
5. @WATERNOMICS_EU www.waternomics.eu5
MEASURES – INCREASE AWARENESS
• Managers Dashboards Launched
• Web Based Application
• Access to Water Data and Analytics
Managers
Dashboard
• Public Dashboards Launched
• http://linkeddataspace.waternomics.eu/publicdisplay-neb/
• Interactive Screen
• High Profile Location
Public
Dashboard
• Public Display Water Conservation
• Active Screen
• High Profile Location
Public Display
• QR codes at ultrasonics meters
• App provides recent usage
Interactive
Signage
6. @WATERNOMICS_EU www.waternomics.eu6
MEASURES – EDUCATION/TECHNOLOGY
• Water Awareness Workshops
• Attended by 150 12 -17 year olds
• Managers Training Sessions
Information
Seminars
• Lectures to NUIG Students
• Lectures to Visiting Students
Waternomics
Seminars
• Bespoke water residence time app
• Email Alerts of potential potable water issue
• User defined Monitoring and Alarm
• Successfully identified faults in both pilots
Identification
of Faults
• Identified faults were subject to diagnosis
• Data patterns identified
• Elimination of fault cause
Diagnosis of
Faults
7. @WATERNOMICS_EU www.waternomics.eu7
MEASURES – REDUCE CONSUMPTION
• Water Awareness Surveys
• (pre and post intervention)
Water
Consumption
Awareness
• Famous Person Quote
Competition at NUIG
• App Idea Competition at NUIG
Gamification
• Newsletter to Managers
• Lectures/seminars/workshops
• Newsletters to Students
• Post Primary Student Interns
• Invitation @ Public Dashboard
• Dedicated contact Email
• Additional Lecture/Event Planned
Engagement
8. @WATERNOMICS_EU www.waternomics.eu8
THERMI: WHAT WAS IMPLEMENTED
• Installations in 10 households
• Approx. 50 sensors installed
• Over 50 custom apps developed!
• 10 newsletters with new features and developments
• Feedback received in interviews and focus groups
9. @WATERNOMICS_EU www.waternomics.eu9
THERMI: MAJOR IMPACTS
• Increased awareness of
water consumption in
domestic environments
• Users started thinking on
behaviour changes
• Users became familiar
with water sustainability
metrics (e.g. water
footprints)
• Relative peace of mind regarding leaks & faults with
regular consumption updates
• Increased interest in adoption of new technologies
for smart homes (e.g. energy management)
10. @WATERNOMICS_EU www.waternomics.eu10
TECHNOLOGY DEVELOPMENT
• Waternomics Applications Platform
• Application builder allowing users to build their own
custom apps
• Unified notifications platform for all apps
• Unified user
management with
distinct roles and
groups
• Targeting of apps to
specific
users/groups/roles
11. @WATERNOMICS_EU www.waternomics.eu11
LINATE PILOT – WATERNOMICS
OUTCOMES
Standard-based Methodology
to manage efficiently the
water resource
District Meter Area Water Balance
Smart monitoring
Hydraulic model and DSS to examine the Water Network
in a “What if “ scenarios by changing the input values.
New Model based FDD method
Waternomics Application Platform and
Manager dashboard
12. @WATERNOMICS_EU www.waternomics.eu12
Project results
LINATE PILOT – WATERNOMICS
IMPACT
• Increased user awareness and
introduce a clear pathway to manage
efficiently the water resource.
• Compliance with the most recent
standards (ISO50001 – ISO14046-
IPMVP)
Methodology
Impacts
• Smart Water Management System
Sensors + WApP
Decision support System
+
Model based FDD
• Improvement of operational and
maintenance phases by detecting
leakages at an early stage in the water
network
13. @WATERNOMICS_EU www.waternomics.eu13
Project results
ECONOMIC IMPACT
VTEC spin off company iSENSIT
IoT platform
Methodology + marketplace
Post-project exploitation
ULTRA4 + R2M new value proposition
VTEC + BMC new business with
Simaxx Smart Building platformSensors + apps
Waternomics platform
SEA plans to expand to Malpensa
airport
14. @WATERNOMICS_EU www.waternomics.eu14
DISSEMINATION HIGHLIGHTS 14
Engaging business
• Boot and presentation at ECOMONDO
• Boot and demo at Domotica fair
• Collaborations with Brabant Water, Pellikaan
Simaxx, Rooi Pannen & Arkema
Engaging Scientific community
• Presentations at conferences (IWRA, IAHR,
CCWI, BIC, EUW…)
• Twenty-one papers published
• Publication in Journal for Cleaner Production
Engaging General public
• >95,000 visitors Waternomics website
• >600 followers twitter
• >6,000 views Slideshare
Engaging Policy makers
• Meeting EU representatives at ICT2015
• Engaging in ICT4Water cluster meetings
• Demo at smartest house in Netherlands
16. @WATERNOMICS_EU www.waternomics.eu16
This project has received funding from the European Union’s
Seventh Framework Programme for research, technological
development and demonstration under grant agreement no
619660.
waternomics.eu @waternomics_eu
This project is member of and