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
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.
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 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.
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.
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.
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
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.
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 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.
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.
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.
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.
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.
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.
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.
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.
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.
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)
November 17th 2015, 11:00 – 12:30 – An outline summary of potential use cases to demonstrate the functionality of the prototype of resilience.io. The cases outlined at this meeting are based on inputs given by the GTG at the September meeting. Use-case development will be collaborative with the GTG and the final selection of use cases will take place in January 2016.
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
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.
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.
September 10th 2015, 10:00 – 11:30 – The development of WASH use case studies to simulate in the model – GTG Webinar. We will also discuss sets of technology and policy options that are to be investigated as well as anticipated population and economic development scenarios and their impacts on the WASH sector. The initial use cases will be presented by Rembrandt Koppelaar with interactive input and discussion by GTG members. Thereafter GTG will be asked to provide own use cases.
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.
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.
Improving flood resilience - Application of local X-Band Radar Systems in flo...Stephen Flood
This document discusses how local X-Band radar systems can improve flood forecasting and resilience. It provides two case studies:
1) In Aarhus, Denmark, an integrated real-time control system using a LAWR radar and hydrodynamic models optimizes the operation of retention basins and wastewater treatment plants to reduce flood risks.
2) In El Salvador, an X-band radar network provides rainfall data to forecast floods from hurricanes and tropical storms, allowing evacuation of over 7,000 people during one event. The network provides critical information to emergency managers.
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.
DHI UK - BRIEFING FOR UK AND IRELAND WATER COMPANIES - NO 4 - UDG EDITION - N...Stephen Flood
BRIEFING FOR UK & IRELAND WATER COMPANIES
Welcome to a special 'CIWEM UDG 2016' issue of DHI-UK's biannual newsletter for Water Companies and their Consultants. The full and complete fourth edition will be available soon.
Publication is primarily through Linkedin, so please share with your colleagues and friends.
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.
The document describes a Resilience.IO simulation model to evaluate water, sanitation, and hygiene (WASH) scenarios in the Greater Accra Metropolitan Area (GAMA) of Ghana. It includes a synthetic population model to simulate water and sanitation demands. Technology datasets are used to model infrastructure options. Three use cases are presented: assessing ongoing projects, increasing water access, and analyzing toilet availability. Baseline results show ongoing projects will not meet 2025 goals, while city-wide systems achieving 100% access and treatment would require over $2 billion of investment from 2015-2025.
1) More than half of Africans lack access to safe drinking water, and women often walk long distances such as 3.75 miles on average to collect water. This takes up a large portion of their daily energy and has negative health impacts.
2) Africa faces a severe water crisis with low access to drinking water and sanitation. This is exacerbated by rapid population growth and effects poverty. Community-based projects emphasizing local participation and ownership have had some success in increasing access.
3) Solutions implemented include wells, sand dams, rainwater harvesting, and solar disinfection. NGOs play a large role, but sustainability is a challenge without community involvement in maintenance. Overall access remains low and expanding access
The document summarizes the issue of lack of clean water in Africa. It states that over 54 million people in Africa lack access to clean water. This leads to widespread illness from diseases like cholera and typhoid. It also prevents many children, especially girls, from attending school, as they must spend hours each day collecting water. The cycle of poverty is difficult to break when women cannot work or get an education due to their water collection responsibilities.
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.
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.
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.
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.
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.
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.
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)
November 17th 2015, 11:00 – 12:30 – An outline summary of potential use cases to demonstrate the functionality of the prototype of resilience.io. The cases outlined at this meeting are based on inputs given by the GTG at the September meeting. Use-case development will be collaborative with the GTG and the final selection of use cases will take place in January 2016.
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
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.
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.
September 10th 2015, 10:00 – 11:30 – The development of WASH use case studies to simulate in the model – GTG Webinar. We will also discuss sets of technology and policy options that are to be investigated as well as anticipated population and economic development scenarios and their impacts on the WASH sector. The initial use cases will be presented by Rembrandt Koppelaar with interactive input and discussion by GTG members. Thereafter GTG will be asked to provide own use cases.
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.
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.
Improving flood resilience - Application of local X-Band Radar Systems in flo...Stephen Flood
This document discusses how local X-Band radar systems can improve flood forecasting and resilience. It provides two case studies:
1) In Aarhus, Denmark, an integrated real-time control system using a LAWR radar and hydrodynamic models optimizes the operation of retention basins and wastewater treatment plants to reduce flood risks.
2) In El Salvador, an X-band radar network provides rainfall data to forecast floods from hurricanes and tropical storms, allowing evacuation of over 7,000 people during one event. The network provides critical information to emergency managers.
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.
DHI UK - BRIEFING FOR UK AND IRELAND WATER COMPANIES - NO 4 - UDG EDITION - N...Stephen Flood
BRIEFING FOR UK & IRELAND WATER COMPANIES
Welcome to a special 'CIWEM UDG 2016' issue of DHI-UK's biannual newsletter for Water Companies and their Consultants. The full and complete fourth edition will be available soon.
Publication is primarily through Linkedin, so please share with your colleagues and friends.
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.
The document describes a Resilience.IO simulation model to evaluate water, sanitation, and hygiene (WASH) scenarios in the Greater Accra Metropolitan Area (GAMA) of Ghana. It includes a synthetic population model to simulate water and sanitation demands. Technology datasets are used to model infrastructure options. Three use cases are presented: assessing ongoing projects, increasing water access, and analyzing toilet availability. Baseline results show ongoing projects will not meet 2025 goals, while city-wide systems achieving 100% access and treatment would require over $2 billion of investment from 2015-2025.
1) More than half of Africans lack access to safe drinking water, and women often walk long distances such as 3.75 miles on average to collect water. This takes up a large portion of their daily energy and has negative health impacts.
2) Africa faces a severe water crisis with low access to drinking water and sanitation. This is exacerbated by rapid population growth and effects poverty. Community-based projects emphasizing local participation and ownership have had some success in increasing access.
3) Solutions implemented include wells, sand dams, rainwater harvesting, and solar disinfection. NGOs play a large role, but sustainability is a challenge without community involvement in maintenance. Overall access remains low and expanding access
The document summarizes the issue of lack of clean water in Africa. It states that over 54 million people in Africa lack access to clean water. This leads to widespread illness from diseases like cholera and typhoid. It also prevents many children, especially girls, from attending school, as they must spend hours each day collecting water. The cycle of poverty is difficult to break when women cannot work or get an education due to their water collection responsibilities.
Shazam that water leak! Sensors and faultsWaternomics
This is a presentation made by Joanne Craven at the Waternomics final event on 31/01/2017 for sharing the project contribution in terms of leak detection software and hardware.
Water conservation is any reduction in water loss, use, or waste through improved efficiency or reduced consumption. Water management aims to allocate water resources equitably among competing demands. Singapore is a model for water management, sourcing water from four "taps": local catchment, imported water, recycled water (NEWater), and desalinated water. NEWater and desalinated water increase Singapore's water supply through advanced purification and desalination technologies.
Water conservation is important to ensure availability of fresh water for future generations and reduce energy usage. Some key ways to conserve water include fixing leaks, using low-flow showerheads and faucets, taking shorter showers, running dishwashers and washing machines only with full loads, watering lawns before 8am, and using rain barrels to water gardens. The Dubai Electricity and Water Authority promotes water conservation through workshops and campaigns to encourage the community to reduce water usage.
The document discusses different ways that people use water resources. It describes household uses like drinking, bathing, cooking, sanitation, and gardening. Recreational uses include activities like going to the pool or beach, fishing, and surfing. The largest portion of water usage is for agricultural irrigation, which accounts for 69% of total water use. Other uses include industrial applications like power plants and manufacturing, as well as environmental and recreational activities. The document emphasizes that water is a limited resource and its conservation is important.
Water is the basic need of life on the earth. The useful freshwater resources are less. It is the time to save, conserve and manage the water resources for next generations.
The document discusses the water cycle and conservation of water. It explains that water can exist in three forms - solid, liquid, and gas. It also notes that water is vital for survival and that the water cycle and life cycle are interconnected. The document encourages conserving water by turning off taps while brushing teeth, only flushing toilets when needed, and suggests that if many people conserve water it can make a big difference. It emphasizes the importance of individual action and spreading awareness of conservation.
The document discusses water conservation and provides simple ways to conserve water. It explains that water conservation is important because people use fresh water faster than it can be naturally replenished. Some tips include only running full dishwashers and washing machines, adjusting sprinklers to avoid watering paved areas, watering lawns in the morning or evening to reduce evaporation, and washing produce in a pan of water instead of running the tap.
This document discusses a partnership between Thames Water and Action for the River Kennet (ARK) to promote water efficiency in the River Kennet catchment area. The partnership aims to reduce water demand through ARK's "Water Matters" school program, Thames Water's "Smarter Home Visits" which provide water saving devices and leak fixes, and joint community engagement efforts. In 2016/17 the program engaged over 1,600 children through school workshops and delivered 16,000 smarter home visits in the Oxford and Newbury areas, helping to meet Thames Water's water efficiency targets while benefiting local rivers and wildlife. The partnership looks to expand its catchment management approach to include customer behavior change and other initiatives.
In January 2015 the World Economic Forum announced water crises as one of the greatest risks to world society. To tackle this challenge, the water industry needs to manage water resources strategically. The Operational Efficiency Partnership model
allows SUEZ’s experts and representatives from partners and clients to establish a team to improve the performance of water and wastewater treatment plants as well as network systems.
The document discusses Yorkshire Water's open data policy and initiatives. It provides an overview of Yorkshire Water's operational areas and strategic business objectives of ensuring clean water, adequate supply, effective waste water management, environmental protection, good customer service, and affordable bills. It describes a data dive event where water meter and consumption data was shared to promote open data concepts. Challenges around data privacy and security are noted. Water saving programs including free water saving packs are highlighted. Additional open datasets made accessible are also summarized.
Arcadis is an international engineering consultancy firm focused on water management. They work across various aspects of the water cycle from source to tap and back to nature. They have specialist teams around the globe positioned to provide water technologies and innovations to withstand demands of a changing world. They are proud partners of organizations like UN-Habitat and 100 Resilient Cities focused on improving quality of life in cities. They have experience managing large, complex water infrastructure projects across North America, Latin America, Europe, the Middle East, Asia, and Australia.
Tucson's water conservation program has helped reduce per capita water use by 31% since 1989 through various initiatives like rebates, education, and ordinances. Without conservation, Tucson would need 40 million gallons more water per day, requiring over $350 million in additional infrastructure costs. Conservation has also lowered customer water bills by an estimated 11.7% compared to non-conserving usage levels. Tucson is now exploring the benefits of rainwater harvesting through various incentive programs and studies to understand its impacts on water usage, costs avoided, and community values.
The water crisis in Pakistan.
Cause & challenges in sustainable water management
Concept of smart urban water management
WCSP and smart urban water management
WATER SUPPLY AND SMART CITY
The document summarizes South Australia's plan to ensure adequate water supply to meet demand through 2050. The plan involves expanding desalination, increasing stormwater harvesting and recycling, conserving water usage, and adapting planning and legislation to incorporate climate change impacts. Key actions include expanding desalination capacity, doubling stormwater harvesting by 2013, mandating water-efficient appliances and practices, and establishing an independent economic regulator for water services. The plan aims to secure water supply while protecting the environment and ensuring social inclusion.
Wayne Galliher, City of Guelph - City of Guelph Water Conservation and Effici...CWS_2010
The City of Guelph has implemented a Water Conservation and Efficiency Program to address challenges of population growth, including increased wastewater effluent and sustainable water supply. The program aims to reduce average daily water use by 8,773 cubic meters by 2019 through conservation initiatives. This is estimated to defer $44 million in infrastructure costs and is more cost effective than developing new water and wastewater treatment capacity. Looking ahead, continued participation and customized education programs can help sustain savings as challenges like program saturation emerge.
- Smart water metering systems like AMR and AMI can automatically and remotely collect meter readings and transmit consumption data, reducing non-revenue water losses from leaks and inaccurate billing.
- Pilot studies in South Africa found that smart metering reduced unaccounted water by 7% in one area and detected excessive usage over free basic water allowances in another, representing potential cost savings or increased revenue.
- Monitoring individual households found smart meters could detect leaks and abnormal usage patterns, allowing targeted conservation efforts or service. Remote operation of valves also enables limiting or shutting off faulty connections.
Manukau Water Limited is a water and wastewater services provider serving over 347,000 people in the Manukau area. They have implemented a demand management strategy focused on reducing water usage through various initiatives. In the first year, they met their targets of keeping bulk water demand within contracted levels and maintaining non-revenue water at 10.6% or less. Key successful measures included customer communications, managing high water users, and detecting private plumbing leaks through water billing. Expanding water mass balance analysis to individual districts will help further optimize the system and reduce non-revenue water.
The document provides an overview of the water system and conservation programs for the City of Santa Rosa, California. It details that the city provides water and sewer services to over 52,000 connections and a population of 161,496 people. The water conservation program started in the 1970s and saves over 4,000 acre-feet of water per year. The program includes rebates for water efficient devices, irrigation audits, and a rainwater catchment rebate program. Two case studies are presented that show residential properties reducing their water usage by installing rainwater harvesting systems along with other water efficiency upgrades.
Countdown to competition in the water industryAde Allenby
As the water market moves towards competition for businesses, United Utilities presents insight and case studies showing how organisations can benefit.
This document describes the Niagara Green City Program, a utility conservation program that partners with Green Plumbers to retrofit homes and businesses with water and energy efficient products at no upfront cost. The program provides ultra high efficiency toilets, showerheads, and aerators to customers, who pay a small monthly fee for the equipment and installation through their utility bill. This turnkey program is designed to achieve water and energy savings for customers and the city while requiring no financial resources or staffing from the city itself.
COMMERCIAL AND FINANCIAL OUTSOURCING OF A UTILITYwle-ss
Miya Water is a global leader in water efficiency management owned by BridgePoint fund. It aims to directly invest in water sectors through long-term projects focusing on training local staff, sustainable employment, and accessible water. Miya has experience reducing non-revenue water in projects in New Providence, Kingston, and Manila through leak detection, pressure management, and staff training. Typical concession agreements involve private companies investing in water infrastructure and operating water utilities for 25-50 years in exchange for annual fees and addressing shortfalls through tariff adjustments or extended agreements. Miya proposes to break the "vicious efficiency cycle" of deteriorating water systems through outsourcing commercial departments, private financing for meter upgrades, and tailoring solutions to improve
Veolia is a global leader in optimized resource management providing innovative environmental solutions in waste, energy, water, and other areas. It has over 3,300 employees in the Middle East with over 30 years of experience working across sectors like operations and maintenance, water technologies, engineering, and more. Veolia aims to address pressing environmental challenges through resource management, innovative solutions, and public-private partnerships.
The document discusses various strategies that healthcare facilities have implemented to reduce their water consumption and promote water conservation. It provides examples of initiatives at NorthShore University Health System like increasing cooling tower cycles through improved treatment and new more efficient equipment in the sterile processing department. Kaiser Permanente San Jose Medical Center's efforts including smart irrigation controllers, drought-resistant landscaping, and replacing old boilers are also summarized. Challenges and future projects to further reduce water usage are briefly outlined.
The document discusses various strategies that healthcare facilities have used to reduce their water consumption and promote water conservation. It provides examples of initiatives at NorthShore University Health System like increasing cooling tower cycles through improved treatment and new more efficient equipment in the sterile processing department. Kaiser Permanente San Jose Medical Center's efforts including smart irrigation controllers, drought-resistant landscaping, and replacing old boilers are also summarized. Challenges and future projects to further reduce water usage are briefly outlined.
The document discusses various strategies that healthcare facilities have implemented to reduce their water consumption and promote water conservation. It provides examples of initiatives at NorthShore University Health System like increasing cooling tower cycles through improved treatment and installing more efficient sterilization equipment. Kaiser Permanente San Jose Medical Center's efforts including smart irrigation controllers, drought-resistant landscaping, and educating staff are also summarized. Challenges and opportunities for future projects to further reduce water usage are outlined.
The Partnership approach & assessing the benefits of catchment management. 12th & 13th September 2016 at the Rougemont Hotel, Exeter. Following the decision to leave the EU the need to come together to tackle the complex environmental problems we face such as diffuse pollution and habitat fragmentation has never been greater. This conference sets out the benefits and drawbacks of partnership working and the effectiveness of dealing with problems at a catchment scale.
Anglian Water is the largest water company in England geographically, serving over 6 million customers. It produces 1.2 billion liters of water per day across its flat, arid, and extensively coastal operating area. Anglian Water has invested over £300 million in the last 17 years to protect coastal water quality by installing secondary treatment at coastal works, creating additional storm storage, removing unsatisfactory combined sewer overflows, installing UV treatment at shellfish waters, and upgrading monitoring systems. Current initiatives include developing a coastal water strategy for the next 5 years focused on improving water quality through partnerships to address diffuse pollution, and expanding a trial text alert system for shellfish harvesters using coastal water quality modeling data.
Similar to Water Conservation in Galway City & Waternomics (20)
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Waternomics: Business Models and ExploitationWaternomics
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Contact Ultra4 to arrange a demo of the Waternomics Application Platform (WAP), which offers customizable applications to monitor water consumption and costs, detect abnormal usage and leaks, and manage water networks. WAP provides over 50 applications to technical, operational, and managerial users at Milan Airport, helping them manage their complex water network with over 60 sensors through easy monitoring and unified notifications.
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Water Conservation in Galway City & Waternomics
1.
2. } Galway City Council Water Supply Background
} Water Conservation Challenges
} Leakage Reduction Activities
} Galway City Council Activities
} Waternomics and GCC Interface
} Customer Engagement
} European Green Leaf 2017
} Slow the Flow Campaign
} Benefits of Water Conservation
3. • Galway City Water supply is served via Terryland
Water Treatment Plant and treated imported water
from Galway County Council.
• Currently supplying 43,000m3 of water per day to 4
no. zones – Tonabrocky, Clifton Hill, Coolagh and
Briar Hill.
• Distribution Network consists of 460km of
Pipework.
• Since 1st January 2014, GCC work in partnership
with Irish Water which is now the National Water
Services Authority under the terms of a Service
Level Agreement to provide Water Services.
Galway City Water Background
5. Leakage Reduction Activities
5
District Metering Programme
Standardise Leakage Data and Water Management Systems
Active Leakage Control: finding and fixing leaks
Pressure Management
Mains Replacement
Customers Advice and Information
6. GCC Leakage Reduction Activities
• Galway City Council has for many years
been working in these keys areas of
water conservation
• Installing and maintaining DMA’s
• Developing Leakage Detection and
Repair capabilities
• Replacing oldest and poorly performing
watermains
6
7. } established 82 District Meter Areas installation of
300 sluice valves
} 76 flowmeters.
} Telemetry Logging and Water Management
System has been established to relay data from
the flowmeters back to the Water Conservation
Team.
} Hydraulic Model for the city Geographical
Information System and includes asset data and
comprehensive maps of the network.
9. • Analysis of the flow and pressure data gathered
for each DMA
• Identify and prioritise areas for Active Leakage
Control
• GCC have a dedicated Leak Detection crew and
Repair crew
.
10. } Only so much Finding and Fixing can be done
before it becomes more economical to
rehabilitate/replace the main.
} Currently we have a project to rehabilitate almost
20km of prioritised watermain in various locations
throughout the city. This project is being
progressed with Irish Water at a cost of
approximately €7.2 million.
11. } Presently we are finalising contract documents
with Irish Water for procurement of a contractor
} Due to commence on site in August 2017
} Expected Completion date February 2019
12. } Reduce existing levels of Unaccounted for
Water (currently 53% to 49% upon completion of
the Rehab which equates to a possible saving in
operating costs of approximately €1million per
year)
} Improve hydraulic capacity & performance of the
distribution network
} Improve Security of Supply
13. } Water Conservation is NOT a project.
} MUST be a consistent part of Water Operations
} MUST maintain our DMA’s and Water
Management Systems
} MUST continually Find & Fix Leaks
} MUST prioritise areas of watermain in need of
Rehabilitation/Replacement.
14. } Waternomics Definition: A blend of Water and
Economics: Branch of knowledge concerned with
the REDUCTION in production, consumption and
transfer of water.
} Need to make people aware of preserving our
resource.
} To do this people must be aware of their usage at
home, at work, at school.
} Waternomics is a platform for doing this.
} Raising awareness amongst consumers is
recognized as essential to demand management.
15. } Assist with collection of water data
} GCC can aid in identifying Usage Cases as well
as possible pilot cases.
} Engaging with Stakeholders
} Promote the use of the Waternomics Apps,
Dashboards and Fault Detection and Diagnosis
} Promote Waternomics in our Domestic Customer
Engagement Campaigns
16. } Be water smart
} Think Before You Flush Campaign
} Irish Water and Green-Schools Partnership
} Report a Leak
} From Cloud to Glass
} From Drain to Sea
} Slow the Flow
17. } The European Green Leaf is a new competition
launched by the European Commission aimed at
cities and towns, with between 20,000 and
100,000 inhabitants, that recognizes a
commitment to better environmental outcomes.
} On 22nd June 2016, Galway City was awarded the
designation of European Green Leaf 2017.
It is the first Irish city to be awarded this
designation
18. } The objectives are threefold:
} Environment Education and Awareness
} To encourage public participation and citizen
engagement
} "green ambassador“ to encourage sustainability
19. } The Themes are:
} Climate Change and Energy Performance
} Mobility
} Biodiversity and land use
} Air quality and acoustic environment
} Water and Wastewater management
20. } ‘Slow the Flow’ is a water conservation campaign initiated by Galway
City Council.
} It concerns reducing our daily use of treated water at home, at work
and at school to an amount that is sufficient for our needs.
} Your role in slowing the flow of water is very important for Galway.
} Each person uses approximately 150 litres of water per day of which
only about 3% is consumed as drinking water.
} Conserving water is very easy to do and new habits adopted by you to
avoid wasting water can become a routine part of daily life.
} www.slowtheflow.ie
21. } Saves money
} Protects drinking water resources
} Minimizes water pollution and health risks
} Reduces the need for costly water supply and new
wastewater treatment facilities
} Maintains the health of aquatic environments
} Saves energy used to pump, heat, and treat water
and wastewater
} Reduces the volume of wastewater generated for
treatment
22. 840km of
watermains
replaced to date
70 Million
Litres/Day saved
to date
77% DMA
Operability
Leakage & Asset
Data Improving
Positive
Customer
Experience
23. } Water Conservation Infrastructure is only half the equation.
} Water Conservation Infrastructure + demand management
via awareness= Sustainable Use of water resources
} This takes the commitment and participation of all the
community
} Every drop counts, every contribution matters, no matter
how big or small
} Make Water Conservation a Way of Life.