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: 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
Waternomics: Serving Diverge User Needs under a Single Water Information Plat...Waternomics
The document discusses testing of a water management platform called WATERNOMICS that aims to provide users with insightful water data. It conducted user experience testing using paper prototypes with diverse users from three pilot locations - a residential community, large airport, and university. The testing revealed that while user needs varied between domestic, enterprise, and public users, there were also common needs around accessing meaningful, timely information to support decisions while educating themselves and having an engaging experience. To address these varied yet overlapping needs, the document proposes providing a marketplace of customizable apps that can be selected and suggested based on user profiles and categorized by function.
The document discusses research from a German organization on the use of electric vehicles in company fleets and flexible car-sharing systems. Preliminary results show around 500 electric vehicles being used in 230 company fleets. Flexible car-sharing users tend to be young, educated, living in cities, and using car-sharing as part of multimodal transportation. Both electric vehicles and conventional vehicles are seen as equally flexible for car-sharing, while electric vehicles are viewed as more environmentally friendly. Widespread adoption of electric transportation will require convincing regular users of the advantages of electric vehicles and multimodal transportation options.
This document discusses the Open Source Vehicle Aquitaine (O.S.V.Aquitaine) project. The project aims to create a viable ecosystem centered around open source and connected vehicles, with a focus on industrialization. Four main use cases are identified for these vehicles: urban mobility, tourism, agriculture, and last mile logistics. Some impediments to the project include European regulations, vehicle design limitations, autonomy limitations, and price competitiveness. The goal is to present a prototype of the open source vehicle at the 22nd ITS World Congress in October 2015.
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: 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
Waternomics: Serving Diverge User Needs under a Single Water Information Plat...Waternomics
The document discusses testing of a water management platform called WATERNOMICS that aims to provide users with insightful water data. It conducted user experience testing using paper prototypes with diverse users from three pilot locations - a residential community, large airport, and university. The testing revealed that while user needs varied between domestic, enterprise, and public users, there were also common needs around accessing meaningful, timely information to support decisions while educating themselves and having an engaging experience. To address these varied yet overlapping needs, the document proposes providing a marketplace of customizable apps that can be selected and suggested based on user profiles and categorized by function.
The document discusses research from a German organization on the use of electric vehicles in company fleets and flexible car-sharing systems. Preliminary results show around 500 electric vehicles being used in 230 company fleets. Flexible car-sharing users tend to be young, educated, living in cities, and using car-sharing as part of multimodal transportation. Both electric vehicles and conventional vehicles are seen as equally flexible for car-sharing, while electric vehicles are viewed as more environmentally friendly. Widespread adoption of electric transportation will require convincing regular users of the advantages of electric vehicles and multimodal transportation options.
This document discusses the Open Source Vehicle Aquitaine (O.S.V.Aquitaine) project. The project aims to create a viable ecosystem centered around open source and connected vehicles, with a focus on industrialization. Four main use cases are identified for these vehicles: urban mobility, tourism, agriculture, and last mile logistics. Some impediments to the project include European regulations, vehicle design limitations, autonomy limitations, and price competitiveness. The goal is to present a prototype of the open source vehicle at the 22nd ITS World Congress in October 2015.
Violet1 cycling cuts costs for road maintenancecyclecities
The document discusses how cycling infrastructure can reduce costs for cities. Investing in cycling tracks and parking reduces the need for road maintenance and construction. The money saved from these reduced investments can then be reinvested to improve public spaces, making city centers more attractive for businesses and residents. This in turn can further reduce costs for businesses and cities related to parking and infrastructure development.
HySolarKit - Solar Hybridization of Conventional Vehicles Open Makers Italy
Slides sul progetto HySolarKit (spin-off dell'Università di Salerno), per la realizzazione di veicoli ibridi elettrici a partire da normali veicoli di serie.
Slides del talk di Mario D'Agostino, HySolarKit team ( www.eproinn.com )
Evento: OpenMakersDay Meetup Napoli 2014, 16 giugno 2014
Connecting public sector needs to water innovatorsEIP Water
This document summarizes a presentation given by Wim van Vierssen on connecting public sector water needs to innovators. It discusses how research collaborations have evolved over time, with more involvement from industry and other sectors. It also presents a new "Allied Waters" model of hybrid companies that brings together European research teams and businesses to develop game-changing water solutions through special purpose companies. The goal is to better bridge the gap between scientific research and practical applications to address important public needs.
First steps towards an integrated offshore grid / Martin Ars / 12-10-2015Martin Ars
Key note speech at Navingo Offshore Wind at the Amsterdam RAI on October 12 2015.
Making an integrated offshore grid can be realized by taking the right steps. And it should be started today. Studies show that major cost savings for society are achievable by installing an international grid using offshore wind farms as connection points. In this presentation I show how these cost savings can be achieved and the first steps to get there.
Main take away: National Governments should start making offshore interconnection an integral part of offshore wind policy by analyzing potential connections for all windfarms in development. The feasible options should then be taken up as (pilot) projects for realization.
Microdistribution of freight, City of BarcelonaGrowSmarter
The document discusses using urban consolidation centers (UCCs) and electric cargo bikes for microdistribution of freight as a more sustainable alternative to traditional delivery trucks. A UCC pilot project in Barcelona found a 95.9% reduction in CO2 emissions, lower noise levels, improved delivery rates, and reduced traffic. Lessons learned indicate UCCs with electric bikes effectively reduce environmental and congestion impacts while lowering costs for carriers. Collaboration between local governments and operators is key to ensuring service sustainability and increased knowledge of microdistribution operations.
Antonio de Santiago Laporte, Industrial Technical Engineer, Madrid Metro & Co...Russell Publishing
The SecureMetro project aimed to increase the resilience of metro vehicles to terrorist bomb blast and firebomb attacks through materials selection and structural design. Over an 3.5 year period, the project partners conducted testing on vehicle components and a full decommissioned metro vehicle to evaluate structural response and identify areas for improvement. The tests informed the design of a demonstrator metro vehicle with enhancements like modified glazing, tethering technology, and bulkhead reinforcement. The research outcomes included appraising current design practices, specifying desired vehicle performance, and recommendations to mitigate blast and firebomb risks and inform future safety standards.
Åsmund Møll Frengstad (CEO, meshcrafts) held this presentation on Meshcrafts at the 2014 SME Assembly in Naples, Italy.
Find out more at:
http://blogs.ec.europa.eu/promotingenterprise/
The European Innovation Partnership on Water (EIP Water) aims to identify, test, scale up, disseminate and stimulate the uptake of innovative solutions for ten major water challenges by 2020. Currently there are 25 active Action Groups working on various priorities, selected out of over 100 proposals. EIP Water is looking to increase participation from Eastern European stakeholders and is inviting them to join existing groups or propose new ones in an upcoming call. The document also outlines Horizon 2020 funding calls related to water totaling €96 million that are opening in December 2014.
The European Innovation Partnership on Water (EIP Water) facilitates and supports the development and deployment of innovative solutions to water challenges. It addresses barriers like access to funding, regulations, and public procurement. EIP Water brings together 11 demonstration projects and 29 action groups to work on priority areas like water management systems, monitoring standards, and ICT applications. It helps connect water innovators and includes relevant projects and calls in its online marketplace and monthly newsletter.
Developing water innovation with R&D centres, innovation hubs and acceleratorsEIP Water
Presentation hold during EIP Water Conference in Porto, as part of the Porto Water Innovation Week in Session 4 “Developing water innovation with R&D centres, innovation hubs and accelerators”
The document discusses challenges with sports infrastructure in Belgium, including lack of government financing, NIMBY opposition, strict environmental regulations, and high budgets. It notes specific difficulties faced by clubs like Antwerp and Anderlecht. The importance of new stadiums for economic benefits and competing internationally is addressed. Comparisons are made between stadiums in Belgium and other countries in terms of capacity, age, and rankings. Examples from France like the Stade de France and Lille provide models for new developments through public-private partnerships.
This document discusses how corporate stewardship of water resources is driving innovation. It notes that 573 investor signatories representing $63 trillion in assets submitted information requests about water risk to CDP. Companies that disclose information about measuring and addressing water-related risks through CDP's questionnaire signal to investors that they are responsibly managing freshwater use. The document provides examples of companies innovating in water management, such as BHP Billiton investing $2 billion in a desalination plant and Bayer Crop Sciences developing drought-resistant plant strains.
Return on Investment for the Content IndustriesSimon Tanner
Content for Management for Digital Content Industries optional module taught as part of the Masters in Digital Media and Asset Management at King's College London
This document discusses transportation problems in Paris and outlines plans for the Grand Paris Express project. The project aims to build a new automated metro network to connect Paris and surrounding regions. It will include over 200 km of new lines, 60 stations, and connect airports and train stations. The network is expected to serve up to 3 million passengers per day. A new company called Société du Grand Paris will oversee the project's construction and management. The project will cost 20.5 billion Euros and aims to be completed between 2018 and 2025.
Stephen Thomas, QPM Assistant Chief Constable, Operations, British Transport ...Russell Publishing
The document discusses three main challenges faced by the British Transport Police: fatalities on the railway network, cable theft, and theft of passenger property. It outlines the problems caused by each issue, including disruption, delays, and financial costs. It then details actions taken by BTP to address these challenges, such as improved fatality management processes, partnership with Network Rail on cable theft, and intelligence-led patrols and public awareness campaigns on theft. New procedures and technology have helped reduce disruption times for fatalities, cable theft incidents, and theft of passenger property.
Richard Aaroe, CEO of WaveTrain Systems, discusses solutions for increasing safety at level crossings. There are over 1 million unprotected level crossings worldwide, resulting in huge costs from accidents. Network Rail established a program to reduce risks at level crossings by 25% over 4 years by seeking new technologies. They have installed WaveTrain Systems' novel level crossing warning systems at over 100 crossings in the UK, achieving substantial cost savings versus conventional systems of up to 95%. The mobile, cable-free WaveTrain systems provide improved warning without restrictions of cabling and have increased safety for the public and train operators.
Mobility and urban planning are close related topics since the way a city is designed determines the way its citizens have to move. There is a need for new mobility patterns to avoid congestion and pollution, and the adoption of Intelligent Transportation Systems solutions is really helpful to cope with it. From the point of view of urban planning new trends have been adopted in the Smart City to encourage the adoption of non pollutant modes of transportation. Public safety and resilience are other topics that must be considered when adopting the Smart City concept.
EIB: Stimulating Investment in water innovationEIP Water
The European Investment Bank EIB presents challenges for financing innovation development in the water sector and potential instruments / mechanisms for doing so.
This document discusses strategies for smart water management and reducing non-revenue water (NRW). It notes that a global survey found water stress is likely to increase by 2030 in most areas due to rising demand. To address this, utilities are focusing on increasing water productivity through leaks plugging and recycling. The document advocates for an analytical approach to smart water using network sensors, meters, and data analytics to detect leaks and reduce losses. This involves defining key performance indicators, reference models and prioritizing initiatives based on their impact and costs. District metering areas and active management of awareness, location and repair of leaks are highlighted as effective strategies.
This document summarizes a presentation about smart water networks. It discusses how smart water networks use information technology to optimize water utility management with minimum capital expenditures. Examples are provided of smart water network implementations in Belo Horizonte, Brazil and Qatar that have helped reduce non-revenue water and improve maintenance practices. The conclusions emphasize that smart water networks can improve both operational and business benefits by maximizing existing IT systems and integrating data from different platforms through a centralized GIS system.
Violet1 cycling cuts costs for road maintenancecyclecities
The document discusses how cycling infrastructure can reduce costs for cities. Investing in cycling tracks and parking reduces the need for road maintenance and construction. The money saved from these reduced investments can then be reinvested to improve public spaces, making city centers more attractive for businesses and residents. This in turn can further reduce costs for businesses and cities related to parking and infrastructure development.
HySolarKit - Solar Hybridization of Conventional Vehicles Open Makers Italy
Slides sul progetto HySolarKit (spin-off dell'Università di Salerno), per la realizzazione di veicoli ibridi elettrici a partire da normali veicoli di serie.
Slides del talk di Mario D'Agostino, HySolarKit team ( www.eproinn.com )
Evento: OpenMakersDay Meetup Napoli 2014, 16 giugno 2014
Connecting public sector needs to water innovatorsEIP Water
This document summarizes a presentation given by Wim van Vierssen on connecting public sector water needs to innovators. It discusses how research collaborations have evolved over time, with more involvement from industry and other sectors. It also presents a new "Allied Waters" model of hybrid companies that brings together European research teams and businesses to develop game-changing water solutions through special purpose companies. The goal is to better bridge the gap between scientific research and practical applications to address important public needs.
First steps towards an integrated offshore grid / Martin Ars / 12-10-2015Martin Ars
Key note speech at Navingo Offshore Wind at the Amsterdam RAI on October 12 2015.
Making an integrated offshore grid can be realized by taking the right steps. And it should be started today. Studies show that major cost savings for society are achievable by installing an international grid using offshore wind farms as connection points. In this presentation I show how these cost savings can be achieved and the first steps to get there.
Main take away: National Governments should start making offshore interconnection an integral part of offshore wind policy by analyzing potential connections for all windfarms in development. The feasible options should then be taken up as (pilot) projects for realization.
Microdistribution of freight, City of BarcelonaGrowSmarter
The document discusses using urban consolidation centers (UCCs) and electric cargo bikes for microdistribution of freight as a more sustainable alternative to traditional delivery trucks. A UCC pilot project in Barcelona found a 95.9% reduction in CO2 emissions, lower noise levels, improved delivery rates, and reduced traffic. Lessons learned indicate UCCs with electric bikes effectively reduce environmental and congestion impacts while lowering costs for carriers. Collaboration between local governments and operators is key to ensuring service sustainability and increased knowledge of microdistribution operations.
Antonio de Santiago Laporte, Industrial Technical Engineer, Madrid Metro & Co...Russell Publishing
The SecureMetro project aimed to increase the resilience of metro vehicles to terrorist bomb blast and firebomb attacks through materials selection and structural design. Over an 3.5 year period, the project partners conducted testing on vehicle components and a full decommissioned metro vehicle to evaluate structural response and identify areas for improvement. The tests informed the design of a demonstrator metro vehicle with enhancements like modified glazing, tethering technology, and bulkhead reinforcement. The research outcomes included appraising current design practices, specifying desired vehicle performance, and recommendations to mitigate blast and firebomb risks and inform future safety standards.
Åsmund Møll Frengstad (CEO, meshcrafts) held this presentation on Meshcrafts at the 2014 SME Assembly in Naples, Italy.
Find out more at:
http://blogs.ec.europa.eu/promotingenterprise/
The European Innovation Partnership on Water (EIP Water) aims to identify, test, scale up, disseminate and stimulate the uptake of innovative solutions for ten major water challenges by 2020. Currently there are 25 active Action Groups working on various priorities, selected out of over 100 proposals. EIP Water is looking to increase participation from Eastern European stakeholders and is inviting them to join existing groups or propose new ones in an upcoming call. The document also outlines Horizon 2020 funding calls related to water totaling €96 million that are opening in December 2014.
The European Innovation Partnership on Water (EIP Water) facilitates and supports the development and deployment of innovative solutions to water challenges. It addresses barriers like access to funding, regulations, and public procurement. EIP Water brings together 11 demonstration projects and 29 action groups to work on priority areas like water management systems, monitoring standards, and ICT applications. It helps connect water innovators and includes relevant projects and calls in its online marketplace and monthly newsletter.
Developing water innovation with R&D centres, innovation hubs and acceleratorsEIP Water
Presentation hold during EIP Water Conference in Porto, as part of the Porto Water Innovation Week in Session 4 “Developing water innovation with R&D centres, innovation hubs and accelerators”
The document discusses challenges with sports infrastructure in Belgium, including lack of government financing, NIMBY opposition, strict environmental regulations, and high budgets. It notes specific difficulties faced by clubs like Antwerp and Anderlecht. The importance of new stadiums for economic benefits and competing internationally is addressed. Comparisons are made between stadiums in Belgium and other countries in terms of capacity, age, and rankings. Examples from France like the Stade de France and Lille provide models for new developments through public-private partnerships.
This document discusses how corporate stewardship of water resources is driving innovation. It notes that 573 investor signatories representing $63 trillion in assets submitted information requests about water risk to CDP. Companies that disclose information about measuring and addressing water-related risks through CDP's questionnaire signal to investors that they are responsibly managing freshwater use. The document provides examples of companies innovating in water management, such as BHP Billiton investing $2 billion in a desalination plant and Bayer Crop Sciences developing drought-resistant plant strains.
Return on Investment for the Content IndustriesSimon Tanner
Content for Management for Digital Content Industries optional module taught as part of the Masters in Digital Media and Asset Management at King's College London
This document discusses transportation problems in Paris and outlines plans for the Grand Paris Express project. The project aims to build a new automated metro network to connect Paris and surrounding regions. It will include over 200 km of new lines, 60 stations, and connect airports and train stations. The network is expected to serve up to 3 million passengers per day. A new company called Société du Grand Paris will oversee the project's construction and management. The project will cost 20.5 billion Euros and aims to be completed between 2018 and 2025.
Stephen Thomas, QPM Assistant Chief Constable, Operations, British Transport ...Russell Publishing
The document discusses three main challenges faced by the British Transport Police: fatalities on the railway network, cable theft, and theft of passenger property. It outlines the problems caused by each issue, including disruption, delays, and financial costs. It then details actions taken by BTP to address these challenges, such as improved fatality management processes, partnership with Network Rail on cable theft, and intelligence-led patrols and public awareness campaigns on theft. New procedures and technology have helped reduce disruption times for fatalities, cable theft incidents, and theft of passenger property.
Richard Aaroe, CEO of WaveTrain Systems, discusses solutions for increasing safety at level crossings. There are over 1 million unprotected level crossings worldwide, resulting in huge costs from accidents. Network Rail established a program to reduce risks at level crossings by 25% over 4 years by seeking new technologies. They have installed WaveTrain Systems' novel level crossing warning systems at over 100 crossings in the UK, achieving substantial cost savings versus conventional systems of up to 95%. The mobile, cable-free WaveTrain systems provide improved warning without restrictions of cabling and have increased safety for the public and train operators.
Mobility and urban planning are close related topics since the way a city is designed determines the way its citizens have to move. There is a need for new mobility patterns to avoid congestion and pollution, and the adoption of Intelligent Transportation Systems solutions is really helpful to cope with it. From the point of view of urban planning new trends have been adopted in the Smart City to encourage the adoption of non pollutant modes of transportation. Public safety and resilience are other topics that must be considered when adopting the Smart City concept.
EIB: Stimulating Investment in water innovationEIP Water
The European Investment Bank EIB presents challenges for financing innovation development in the water sector and potential instruments / mechanisms for doing so.
This document discusses strategies for smart water management and reducing non-revenue water (NRW). It notes that a global survey found water stress is likely to increase by 2030 in most areas due to rising demand. To address this, utilities are focusing on increasing water productivity through leaks plugging and recycling. The document advocates for an analytical approach to smart water using network sensors, meters, and data analytics to detect leaks and reduce losses. This involves defining key performance indicators, reference models and prioritizing initiatives based on their impact and costs. District metering areas and active management of awareness, location and repair of leaks are highlighted as effective strategies.
This document summarizes a presentation about smart water networks. It discusses how smart water networks use information technology to optimize water utility management with minimum capital expenditures. Examples are provided of smart water network implementations in Belo Horizonte, Brazil and Qatar that have helped reduce non-revenue water and improve maintenance practices. The conclusions emphasize that smart water networks can improve both operational and business benefits by maximizing existing IT systems and integrating data from different platforms through a centralized GIS system.
Natural gas market and its pricing in japan,koreaNursuhaile Ahmad
Japan is the world's largest importer of liquefied natural gas and relies on imports for over 90% of its natural gas supply. South Korea imports over 60% of its natural gas as LNG and is the second largest LNG importer. Taiwan imports LNG mainly from Indonesia and Malaysia under long term contracts and the state-owned CPC controls Taiwan's natural gas supply chain. The document provides an overview of the natural gas markets, demand, infrastructure and pricing in Japan, South Korea and Taiwan.
In this presentation, I defined the “Smart Water Network Revolution” and the benefits it is bringing, talked about how policy-makers and water professionals can and should help it along, and did my best to dispel the four great myths about water utilities and adoption of data technology:
Water utilities are too conservative or low-tech to adopt such technology
Water is a low-value commodity, therefore not a magnet for industrial R&D innovation
Water utilities are not yet ready for “smart data systems”
It’s too big an investment
Flip through the slides for the reality behind these myths.
Market Research Report : Natural Gas Market in India 2011Netscribes, Inc.
For the complete report, get in touch with us at : info@netscribes.com
The natural gas market in India is witnessing growth and capacity expansions to meet the growing demand for gas consumption as a result of growth in industrial, auto and commercial sector. Increased economic activity is providing the players an opportunity for growth and expansion.
The report provides a brief introduction to the natural gas industry. The market overview includes information regarding the Indian market scenario, market size and growth as well as the demand from various sectors in the coming years. It also highlights the various pricing mechanisms, price fluctuations, value chain and the major existing and proposed pipelines. The import section focuses upon the demand supply gap, imports made in last 5 years and the major countries of import.
An analysis of drivers explains growth factors such as increasing spend by the government, preference of industry for an alternate fuel, increase in gas reserves, deregulation of auto fuel prices, CNG is a cheaper fuel and new transmission tariff will generate more revenue. The key challenges identified include lack of exploration and low level of technology, gas flaring, lack of transport pipelines and a likely price increase. The role of the government has been highlighted and includes the major policies which govern the natural gas sector. The primary trends indentified include major investments in natural gas, emphasis on developing pipelines and development of city gas.
The competition section provides the market structure along with the brief profiles of the major players in the market along with their financials.
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)
Alicante's water utility, Aguas de Alicante, has deployed smart metering technology to 90,000 meters to gain insights into water usage. Through projects like DAIAD, they aim to help consumers better understand and reduce their water use. Facing a semi-arid climate with no local water sources, Alicante must responsibly manage its water resources. Aguas de Alicante is using smart utility technologies and data-driven decision support systems to profile consumers, manage their network efficiently, and optimize workforce operations to preserve water supplies and build urban resilience.
Intelligent water systems, also known as smart water networks, integrate sensors, meters, and other devices to remotely monitor water distribution networks. This allows utilities to detect problems, optimize infrastructure, and improve decision making. The iWIDGET project is evaluating smart metering technologies in three European case studies. Key challenges of smart water systems include high costs, data security and privacy, developing standards, and assessing the business case. To address water losses and energy use, utilities are considering expanding metering programs, which have reduced consumption by 12% in tested areas. Overall, smart networks aim to improve water management, efficiency and infrastructure investment decisions.
ICT solutions for highly-customized water demand management strategiesSmartH2O
1) Smart metering technologies and big data analytics can help water utilities better understand residential water usage patterns and identify different consumption profiles.
2) Gamification approaches, like the SmartH2O project's "DropTheQuestion" app, show potential for inducing behavioral change and reducing household water consumption. Preliminary results from SmartH2O indicate water savings of 10% on average.
3) Further analysis of smart meter data from over 11,000 households in Valencia, Spain identified common daily, weekly, and hourly water usage patterns and helped classify households into consumption categories from very high to low users.
This document discusses the benefits of markets for water customers and the sector's evolution towards greater use of markets. It summarizes Ofwat's pro-market regulatory approach and various market opportunities in areas like water resources, sludge processing, and business retail. It also addresses challenges like population growth, climate change, and changing customer expectations. Customer data is discussed as having an important role to play in enabling new markets and driving innovation.
Keynote presented at LPWA IoT Event 2016 in Amsterdam.
I share experience about Application Case for which LPWA improves Smart Water Networks management
TaKaDu presentation - CIWEM Smart Water Networks Seminar - 4 Dec 2014 - publicDavid Kenny
1. The document discusses monitoring water networks using smart technologies to improve efficiency and address water scarcity issues.
2. It outlines the paradigm shift from old approaches relying on basic monitoring and maintenance to new smarter paradigms using advanced technologies, integrated data sources, and near real-time monitoring to more effectively manage leaks, assets, and water loss.
3. The vision is that smart water networks using big data, cloud computing, and smart analytics can provide benefits like early burst detection and leak notification, improved prioritization and efficiency, and reduced water losses and customer complaints.
This document summarizes a company that provides computer-based measurement and automation solutions. Some key points:
- The company has over $570M in annual revenue, over 3,800 employees operating in 40+ countries.
- They leverage mainstream technologies like PCs, networks, and software to provide virtual instrumentation and cost-effective automation solutions.
- Their products and applications span various industries like oil & gas, manufacturing, and utilities.
Water and wastewater distribution networks are an essential part of the water cycle and a major tool in the preservation of water resources. A smart water network is an integrated set of solutions that enable utilities to remotely and continuously monitor the network, manage maintenance issues and use data to optimise all aspects of the water distribution network. Find out more at http://www.degremont.com.au/municipal/solutions/networks/
Démonstrateur à grande échelle de « Smart Water »Isam Shahrour
Cette conférence a été présentée aux journées de l’Office Internationale de l’Eau (OIEAU) sur le thème « Intelligence numérique : nouveaux outils pour la gestion des réseaux d’eau » qui a eu lieu à Paris le 15 mars, 2017. Elle présente le démonstrateur à grande échelle des réseaux d’eau intelligents réalisé sur la Cité Scientifique. Il décrit les réseaux d’eau potable et d’assainissement, l’instrumentation de ces réseaux, l’analyse des données et le retour d’expérience.
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.
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.
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.
This is a presentation made by Edward Curry at the Waternomics final event on 31/01/2017 for welcoming the participants and sharing an overview of the project contributions
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.
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.
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.
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.
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
The document discusses the role of information technology in enabling a circular economy. It argues that advanced technologies like sensors, artificial intelligence, and interactive platforms are needed for efficient collection, sorting, recycling, and reprocessing of materials. These technologies can create "digital twins" and allow for enhanced connectivity across the circular supply chain. The document also calls for a worldwide research alliance to strengthen scientific knowledge sharing and integrate expertise on the circular economy. Overall, technological innovation is key to maintaining the value of products and materials at the highest level possible to achieve a truly circular model.
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.
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.
The document discusses power management innovations for ports to make them more sustainable. It describes how energy use in harbors is significant and renewable energy sources and new technologies like microgrids, smart grids, and multi-agent systems can provide solutions. Specifically, it discusses how cold ironing and multi-agent systems may be effective ways for harbors to reduce emissions and better manage power.
FERTINNOWA held the second international conference in Delft on the 15th of November 2017. The project coordinator Els Berckmoes gave a short introduction on the project and the results so far
Ten Years of EIB Activity in the Water Sector in the Eastern Partnership Coun...OECD Environment
The document summarizes the European Investment Bank's (EIB) water sector activity over the past 10 years. The EIB has provided over EUR 33 billion in loans for water projects, with 75% located in the EU. In the Eastern Partnership countries, the EIB has financed four projects in Moldova totaling EUR 130 million, including the Moldova Urban Development Programme, Chisinau Water, and North Moldova Water projects. However, the North Moldova Water project loans were cancelled in 2018 due to the promoter's failure to meet conditions around tariffs, debt, and establishing a regional operator.
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.
Smart cities - Perspectives from the SouthWaternomics
This document discusses perspectives on smart cities, particularly from developing countries in the global South. It outlines key challenges facing cities related to mobility, resources, and the environment. Smart cities aim to address these challenges through ICT-enabled urban innovation projects and continuous processes. The document presents the "SCID" framework for designing smart city initiatives and discusses how smart cities can help implement the UN's Sustainable Development Goals. Examples are given of smart city solutions in developing areas for renewable energy, water mapping, real estate projects, and partnerships between governments and private organizations. The document argues that the SDGs will increasingly frame smart city efforts in Africa.
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
This is a presentation made by Sander Smit at the Waternomics final event on 31/01/2017 for sharing an overview of the Waternomics Methodology for developing and Water Management Plan
Waternomics Applications Platform - Water Apps for EveryoneWaternomics
The document describes the development of water management apps created by the Waternomics project. It discusses creating initial ideas and paper prototypes during the apps' childhood (months 4-8), developing features and testing prototypes during their teenage years (months 7-11), creating working prototypes connected to sensors during their 30s (months 10-18). It proposes a single platform that can serve diverse users and needs with customizable apps that can be built by users to address their specific requirements.
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: Making Sense of Water DataWaternomics
This is a presentation made by Wassim Derguech at the Waternomics final event on 31/01/2017 for sharing the project contribution for the management of data sources: sensor data, enterprise data and open data
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.
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.
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.
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.
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.
This document provides an overview of using Python for data analysis. It discusses Python's core libraries for data access (Pandas, RDFlib, Requests), manipulation (Numpy, Pandas, Scipy), and visualization (Matplotlib, Seaborn, Bokeh). It also covers tips for running Jupyter notebooks, package management with pip and conda, and advanced machine learning libraries like scikit-learn. The document uses a case study of water data analysis to illustrate Python's capabilities for extracting, transforming, and loading data from various sources.
Waternomics - ICT for Water Resource Management - Water Information PlatformWaternomics
As part of the Waternomics project, various exploitable results have been identified. The Water Information Platform is one of these results. This document highlights the objective, and key benefits of this Water Information Platform.
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
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 - 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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The business value of a smart water system
1. @WATERNOMICS_EU www.waternomics.eu
Project co-funded by the European
Commission within the 7th Framework
Program (Grant Agreement No. 619660)
THE BUSINESS ASPECTS, PERSPECTIVES AND FUTURE FOR SMART WATER
SANDER SMIT | BM-CHANGE
3. @WATERNOMICS_EU www.waternomics.eu3
WATERNOMICS PROJECT
▶ Timeline: February 2014 – January 2017
▶ Consortium: 9 partners (3 Universities, 4 SME’s, 1 airport,
1 municipality)
▶ Countries: 4 (Ireland, Italy, Greece and the Netherlands)
▶ Pilots: 4 (Ireland, Italy and Greece)
▶ Member of the ICT4Water cluster
▶ Co-funded by the European Commission
7. @WATERNOMICS_EU www.waternomics.eu7
PILOT 1: LINATE AIRPORT
Pilot area 1: DMA6, Freight & Maintenance
14 buildings, 300 staff
Pilot area 2: Terminal building
Two public displays
Management dashboard
8. @WATERNOMICS_EU www.waternomics.eu8
PILOT 1: LINATE AIRPORT
Valued most:
Leakage detection
Simulation of renovation strategies
Visualisation of network
Awareness quiz on public display
11. @WATERNOMICS_EU www.waternomics.eu11
PILOT 2: NUI GALWAY
Increased awareness
Silent faults diagnosed
Smart Water for educational purposes
Difficult to prioritise for management
Valued most:
But:
18. @WATERNOMICS_EU www.waternomics.eu18
Control X X
Maintenance X X
Simulation X X
Decision support X
Fair billing X X
Awareness X X X X
Education X X X X
Reputation X X X
Cost reduction X X
Energy reduction X
VALUE OF SMART WATER
22. @WATERNOMICS_EU www.waternomics.eu22
CONCLUSION
Waternomics shows that a Smart Water System for consumers does create
end-user value
For Smart Water Systems to be successful they need to be horizontally
aligned, covering drinking water and wastewater systems and vertically
aligned with building management systems and energy management
systems.
Smart Water propositions need to be tailored to the specific needs of
customer segments. No one-size-fits-all solutions.
23. @WATERNOMICS_EU www.waternomics.eu
Project co-funded by the European
Commission within the 7th Framework
Program (Grant Agreement No. 619660)
THANK YOU
For more information:
www.waternomics.eu | sander@bm-change.nu | www.ict4water.eu
Editor's Notes
Waternomics is addressing the drinking water scarcity issue and investigates how information technology can help people to manage water more efficiently. Our basic idea is that by providing timely and actionable information about water usage and water availability, people will make better informed decisions and will reduce their water consumption.
Waternomics takes an holistic approach. It was recognised that pushing smart water technology was not enough to have people adopt such systems. The project therefore not only looks at the hardware, sensors and meters, and software systems necessary to collect and analyse information on water. The project also considers governance models, business models, value propositions, training modules for users and a methodology that guides businesses and households with the implementation of a water information system. The developed technologies and methodologies are tested and validated in four different pilot in three places.
Zooming in the four pilots you can see we have one pilot is at Linate airport near the city of Milan, two pilots in Ireland, a University building and a secondary school and a fourth pilot is done in collaboration with households in the municipality of Thermi in Greece. This way the project has access to a broad range of end-users and is able to compare the performance of the water information system under different climatological circumstances.
The first pilot we look into is at the Linate airport, one of the major airports near Milan. The airport is originally build in the 1930’s with major reconstructions in the 1950’s and 1980’s. In 2015 Linate welcomed almost 10 million passengers and handled almost a 100.000 landings and take-offs of airplanes. The airport is operated by SEA, who also manages Malpensa airport.
The Waternomics project did two things at the airport. First, a specific section of the airport where freight and maintenance activities take place, was equipped with flow meters and sensors, allowing detailed monitoring of this part of the airports water network. This section included 14 buildings and is the working place for 300 staff members from various companies. A dashboard application provided management and maintenance staff access to the water network data, simulations and information.
Secondly, in the terminal building two public displays were installed in the departure hall. With these displays, waiting passengers were invited to do a quiz with water related questions, receive water saving tips or watch an informative video.
From the initial feedback and from the usage statistics from the applications we can see that management valued most the level of control they gained over their network. Leakages were detected and abnormal use was taken action upon. Also highly valued was the possibility to run simulations of adaptations in the water network. This resulted in better informed decision making for renovation work on the water network. Management was better capable of deciding which investment gave the highest benefits in terms of water and energy saving.
From the two public displays, the quiz turned out most popular.
The second pilot involves the Engineering Building on the campus of the National University of Ireland in Galway. This is a fairly new building, delivered in 2011, equipped with modern installations, a rainwater harvesting system and a modern building management system. In the building you can find class rooms, laboratories, offices and a cafeteria. The building gives home to a 1,000 students and 100 staff members.
Although this building was already equipped with sub-level water meters, we added 11 additional meters to be able to measure water usage on application level. Sensors and installation works have deliberately placed in sight so anyone who was curious what these boxes were about, could have a look and use the QR code to get more information from the web. Also here an interactive public display was installed in the central hall, showing real-time information about the buildings water consumption and related contextual information. Water usage data from the building and the application platform were used in classes and workshops to offer students the opportunity to work on a case study closely related to their personal life. Finally, water usage information was made available to management through a dedicated dashboard.
The public display caused a lot of discussion amongst staff and students and contributed to the increase of awareness of water management issues. Also the use of local data and the development of new applications by students was appreciated. Management valued the silent fault that was detected by the system. It turned out that a blocked piped caused the rainwater harvesting system to malfunction and consume large amounts of drinking water.
The building from the secondary school Colaiste na Coiribe is even newer then the engineering building. Also located in Galway and only delivered in October 2015 means that the building was constructed during the first phase of the project. This enabled us to extend the planned metering plan with seven new inline meters. The school is now fully operational and gives home to 500 students in the age of 12 to 18 and 40 staff members. Wat is special about this school is that it teaches in the Irish language and promotes the Irish culture wherever possible.
Also in this building a public display and a management dashboard have been installed. Next to that, lessons in water and water management were given by Waternomics staff, making use of the data and applications of the building management system
The main interest from management was that the smart water system enabled them to profile the school as a green and environmental aware school, complying with Irish regulation in the area of sustainability. Students particularly liked the lessons and workshops which made use of the water consumption data from their immediate environment.
Finally, our fourth pilot was set-up in the municipality of Thermi, near Thessaloniki in Greece where 10 households in Thermi participated in the pilot.
Each house was equipped with detailed metering of water consumption. Family members could trace their water consumption on application level and see how much water was used by the washing machine, shower, toilet etc. Next to monitoring water usage, information about water availability, news, water saving tips and a quiz was provided to the households by the means of a dashboard application.
Participants from the pilot indicated that they valued the new insights in which applications used the most water. It was an eye opener for one of the participants that the kitchen tap used more water compared with the dishwasher. It turned out he washed the dishes manually after each meal. Another element that was appreciated was the support for changing behaviour. Each month the participants would receive a challenge together with tips and recommendations for how to reach this new goal. By sharing comparative water consumption information, participants were encouraged to improve their performance.
Summarising, we can see that the Waternomics information platform generates value for end-users in any different forms. All pilots show an increased awareness of water usage and an increased knowledge level about water availability and consumption by the involved people. For the airport and the schools having a smart water system is a way to differentiate from competition and strengthen their brand image. What is striking is that reduction of water consumption is not ranked highly on the list of perceived benefits. Furthermore, each pilot seems to have its own set of benefits and drivers for adopting a smart water system.
The results we’ve seen are in line with discussions we had with external organisations about the adoption of a smart water system in their business. In discussions with the Dutch Ministry of Defence, we have talked the use of smart water systems in their field bases in order to reduce the water footprint of their bases. Their main driver for reducing water consumption was to decrease logistical movements since all drinking water has to be delivered by air and or road transport. In a second case, we talked to Simaxx, a provider of smart building solutions, who collects all available data from an office building and uses this data to generate recommendations for building management. Key drivers are reducing operational costs while maintaining a good level of comfort for the inhabitants of the building.
The uptake of smart water systems in the end-user domain will increase demand for information from other, currently isolated, parts of the water cycle. For example, in order to facilitate educational applications or awareness campaigns, information about water quality and water availability is required. Therefore it is foreseen that information systems from the different domains will become interoperable and will adhere to specific communication standards. The growth of smart water applications in the consumer domain may come from newcomers in the water industry, with information companies like Google, Facebook or Apple. All of these companies want to collect as much data as possible about the current users of their products and services. These information companies act faster and are more customer oriented then todays water utilities and waste water companies and it will be interesting to see how this market develops over time.
A second trend is the uptake of smart services for consumers in all kinds of domains like energy, transport, logistics, security or home automation. From an end-user perspective it is undesirable to have separate applications or each of these services and it ca be expected that services from different domains will be bundled. Think for example of utilities that provide water, energy and telecom or internet services and who manage the metering, billing and all other customer facing interactions while the actual delivery of water, energy, telephony or internet is managed by the traditional utilities. Especially the connection of smart water services with the energy domain will led to an increased integration of water and energy services. Vertical integration of smart water services with other domains like energy or telecom can be expected.
Summarising, we can conclude from the Waternomis pilots that smart water systems do generate end-user value which is an opportunity for utilities and service providers to design sustainable business around it.
Second, we have seen that different end-users are triggered by different features of a smart water system. As a result we can say that while the underlying technology might be very similar for different types of end-users, the value propositions will differ and need to be designed specifically for each segment.
And finally, to make the most out of them, smart water systems need to be integrated horizontally, with drinking and wastewater systems, as well as vertically, with energy management systems in order to create maximum end-user value.