The 老澳门六合彩开奖记录 (IWA) is very pleased to announce its 2024 appointment of new IWA Fellows and Distinguished Fellows (DFs). This marks recognition of these water professionals by their peers for sustained outstanding contributions to the sector and for advancing the IWA mission of creating a water-wise world, enhancing societal well-being, and protecting the environment. The IWA Board of Directors confirmed seven new IWA Distinguished Fellows and twenty-eight new IWA Fellows.

Recognition as an IWA Fellow or Distinguished Fellow (DF) represents a high honour bestowed upon an individual by the Association. IWA Fellows and DFs are members of a unique community comprising global water professionals with international recognition, known for their guidance and leadership in the world of water science, technology and management in the evolving water sector. The 2024 IWA Fellows and Distinguished Fellows were honoured during the inaugural community meeting of the IWA Fellows and Distinguished Fellows, held in August during the IWA World Water Congress & Exhibition in Toronto.

2024 IWA Distinguished Fellows

The IWA Distinguished Fellows are outstanding water professionals, recognised for their unique contributions to advancing water science and management and to supporting the IWA鈥檚 mission and objectives.

is a trusted leader and advisor in the water industry, with over 25 years of experience across both public and private sectors. He has held positions at the Board, Executive, and Senior Management levels and is well-versed in corporate strategy and planning, customer service, research, and innovation. A passionate water industry professional, he has worked across all aspects of the local and international water sectors. Michael has extensive experience in water quality and public health, customer experience, and human-centered design, and he has successfully led and managed change in highly regulated environments. He is also a university lecturer and has made over 350 peer-reviewed publications and presentations at both local and international levels, including workshops and conferences up to the Prime Ministerial level.

Professor is the Director of the Environmental Science and Engineering Program, the Research Cluster in Environmental Protection and Sustainability, and the Centre for Water Research in the Department of Civil and Environmental Engineering at the National University of Singapore. She specialises in water treatment and water reclamation. Professor Hu has published around 170 papers in various international journals and has served as chair or co-president at several international conferences. She is an editor, associate editor, guest editor, and editorial board member for various journals. She has represented Singapore in the IWA Governing Assembly and served as an IWA ASPIRE Council Member. Currently, she is the President of the Environmental Engineering Society of Singapore (EESS), Chair of the IWA Specialist Group on Assessment and Control of Hazardous Substances in Water (ACHSW), and a Board Member of the International Ultraviolet Association (IUVA). She is a Fellow of both the 老澳门六合彩开奖记录 (IWA) and the Institute of Engineers Singapore. She has received several accolades, including the ProSPER.Net-Scopus Asia-Pacific Young Scientist Award in 2009 and the Best Environmental Practice Green Apple Award in 2016.”

Dr. has been a Professor in water and wastewater technology at the Faculty of Sciences and Technology, Norwegian University of Life Sciences, since 2012. Before NMBU, he was the Director of International Projects and Innovation and in service for 20 years at the Norwegian Institute for Water Research. He holds a PhD degree in Civil Engineering (1992) from the Norwegian University of Science and Technology NTNU and an MSc (Hons) in Chemical Engineering (1987) from the National Technical University of Ukraine KPI, Ukraine. Prof. Ratnaweera鈥檚 research areas are surveillance, modelling, control and optimising water and wastewater processes. Prof. Ratnaweera is a member of the Board of Directors of IWA and a board member of the IWA-Norwegian chapter. He is the Vice President of the European Water Association. He has served as Chairman and Board Member in several water and environment-related organisations in Norway. He has worked as a consultant to the World Bank, UNECE, the Norwegian Ministry of Foreign Affairs, NORAD, and SIDA. Prof. Ratnaweera initiated and led several international projects and initiated the global educational and research network Water Harmony (www.waternorway.org) in 2012. At present, it has 100 universities from 54 countries.

is an environmental scientist with more than 20 years鈥� experience in the water, environment and wastewater sectors. At Isle, she is responsible for the Trial Reservoirs, international initiatives that aim to mitigate climate change, enable progress towards the circular economy, and support environmental justice. Prior to joining Isle, Jo held roles as a researcher and research manager. She has proven experience in research and development of new technologies. Her work at the academic / industrial interface has been recognised through ten international awards (such as the Royal Academy of Engineers, Society of Chemical Industry and Institute of Chemical Engineers). Her work has involved academic, public sector and private sector partners. Jo is a former director on the board of ROCKBlue, a non-profit NGO that supports utilities in Africa with good governance and financial management. She was the 2014-2016 chair of the board of the Water Institute of Southern Africa (WISA) and remained a director of the company until 2019. She is a previous chair of the WISA Mine Water Division, and a Distinguished Fellow of the 老澳门六合彩开奖记录 (IWA). She is also a Member of the Royal Society (RSSAf), and the founding president of the IWA / WISA South African Young Water Professionals, an organisation which now numbers its members in the thousands. Jo is currently an editor for the journal, Water Science and Technology (IWA Publishing).

Professor is an international water and digital transformation expert, advisor and business leader with over 40 years of experience in engineering technology, academia and consultancy. Throughout his diverse roles as CEO, Director, Non-Executive Director and academic, he has contributed to the strategic development of organisations, fostered patentable innovations and facilitated the growth of spinout companies. Beyond his innovation and leadership acumen, he is recognised for bridging scientific knowledge with practical applications in the broader water sector and utilities.听With his extensive expertise, experience, and reputation, Prof. Savi膰 is a sought-after expert, a popular coach, teacher and engaging public speaker.

has been with Ruhrverband since 1995. For nearly 20 years, he led the Planning Department, overseeing all planning activities related to wastewater treatment plants and urban drainage. In 2016, he was appointed Chief Technology Officer and joined the Executive Board. Since 2019, he has served as the Chief Executive Officer of Ruhrverband. Norbert has also been a lecturer at the Darmstadt University of Technology in Germany for over twenty years, where he has held an Honorary Professorship since 2007. He studied Civil Engineering in Karlsruhe, Darmstadt, and Stanford (USA) and earned a doctorate in Civil Engineering from the Darmstadt University of Technology. Since 1990, Norbert Jardin has published more than 120 articles in national and international journals and delivered over 150 oral presentations at various conferences. He served for eight years as a member of the IWA International Programme Committee and also as a director on the IWA Board of Directors. Additionally, he is a member of several technical committees within the German Association for Water, Wastewater, and Waste (DWA) and the Chair of the IWA Specialist Group on Design, Operation, and Costs of Large Wastewater Treatment Plants.”

Prof. Emeritus , also known as Dr. Rain, has been serving as the Chairman of Rainwater Harvesting and Management. He has published over 50 SCI papers on rainwater and authored a textbook on the hydrological design method for multi-purpose decentralized rainwater management. He has organized seven international workshops on rainwater and three IWA International Conferences on Rainwater Harvesting and Management (RWMH). Recently, he launched the ‘Rain City Initiative,’ which aims to encourage cities to collect rainwater instead of draining it, through regulations and financial incentives. The initiative’s slogan is ‘Rainwater Revolution: From Drain City to Rain City by Training Brain Citizens.’ Another of his initiatives is the establishment of the ‘International Youth Rainwater Network,’ which seeks to create a global network for engaging youth in various activities related to rainwater, spanning scientific, cultural, and artistic fields.

2024 IWA Fellows

The IWA Fellows are recognised professionals who have made outstanding contributions to the national and regional water sector, as well as to IWA. In alphabetical order:

With these new appointments in 2024, IWA advances its mission to address the urgent water and environmental challenges our world is facing. IWA members can follow the IWA Fellows and IWA Distinguished Fellows using the links above on , the global platform of water professionals!

The IWA would like to congratulate the incoming Fellows and Distinguished Fellows! Check out the photos of the IWA Fellows and Distinguished Fellows Meeting and Reception .听

About the IWA Fellowships

罢丑别听IWA Fellows听appointment recognises sustained outstanding contribution of an experienced water professional to the national and regional water sector, as well as to IWA. Their nomination is initially for a period of 5 years and their role is to support IWA鈥檚 mission and leadership in the implementation of the organisation鈥檚 Strategic Plan, promoting IWA, supporting the network鈥檚 growth, and increasing the engagement of its members.

罢丑别听Distinguished Fellows designation is an honorific recognition limited in number, and is for IWA Fellows (and a restricted number of other professionals) who have been recognised for their long-term (at least 10 year) extraordinary contributions to the global water sector and leadership role performed in supporting IWA鈥檚 mission and objectives. Distinguished Fellows are appointed for life and their role is to support IWA鈥檚 mission and leadership in the implementation of the organisation鈥檚 Strategic Plan of IWA at international level to advance the aims and reputation.

As part of IWA鈥檚 mission to empower Young Water Professionals to contribute to sustainable water management, a new IWA Young Water Professionals (IWA YWP) chapter was officially established in Finland in June 2024. This IWA YWP chapter will be the country鈥檚 go-to network boosting connections for YWPs and a platform to support equal opportunities and quality career development. As a voluntary network, the Finland chapter is open to all water professionals aged 35 or below who are enthusiastic, dedicated, and passionate about water-related issues. Here, Ksenija Golovko, Chair of YWP Finland, presents some key points about the chapter.

Q: What was the motivation for setting up an IWA YWP Chapter in Finland?

For several years, Finland has had a community of young water professionals operating as a division under the Water Association of Finland (Suomen Vesiyhdistys). Recent activities required a renewed structure to maintain regular engagement of Finnish young water professionals. To address this, a newly selected committee for the term 2024-2026 decided to pursue official branding by the 老澳门六合彩开奖记录 (IWA). Their goals included organising professional events and social gatherings more consistently to strengthen the network of young water professionals and support their career development.
Motivated by these objectives, the steering committee developed a plan for upcoming events and initiated discussions with the IWA to achieve official recognition. Additionally, the committee aimed to lead the YWP Finland community on the international stage, fostering international collaborations for local young professionals and increasing the visibility of the Finnish community.

Q: How will the chapter contribute to the empowerment of YWPs to contribute to the national water agenda of Finland?听

On a national scale, YWP Finland is committed to accelerating the inclusion of young professionals to foster interdisciplinary and multigenerational dialogue within the water sector. As an integral division of the Water Association of Finland, YWP Finland participates in association meetings and events. Strengthening the organisational structure of YWP Finland would greatly enhance opportunities for young water professionals to influence the national water agenda and contribute their perspectives.

Furthermore, fostering a more structured collaboration with the national association will facilitate the organisation of valuable technical visits, seminars, and workshops. These initiatives are aimed at equipping young water professionals with both technical expertise and essential soft skills necessary for effectively contributing to the future of local and international water development agendas. By engaging in these activities, YWP Finland aims to empower its members and ensure they are well-prepared to address the challenges and opportunities in the evolving field of water management.

Q: What are your aims and objectives for your chapter, and what activities do you plan to do?听

The selected committee has planned a series of events aimed at bolstering Finland’s water agenda. These initiatives include technical visits, a dedicated research day focusing on student opportunities, and relaxed networking gatherings designed to bring together water professionals from diverse backgrounds. Looking ahead, the committee intends to actively participate in local events such as Vesihuoltop盲iv盲t, providing aspiring researchers with additional avenues to contribute to the field.

In addition, YWP Finland is pursuing collaborations with other YWP chapters, particularly in the Nordic region, to collectively advance the water agenda and facilitate the exchange of valuable experiences. This strategic partnership aims to enhance visibility and strengthen the YWP chapters’ presence on an international scale.

Furthermore, the committee’s proposal includes active participation in various YWP events and conferences, aimed at further elevating the profile of the Finnish YWP chapter. By fostering comprehensive dialogue and exchanging experiences among chapters, the initiative seeks to accelerate the development of the water community and drive forward impactful research initiatives.

Meet the founding committee of the IWA YWP Finland

Ksenija Golovko | Chair | Doctoral Researcher at Aalto University

Ksenija works at Aalto University on a multidisciplinary project aimed at developing a digital twin of the wastewater treatment plant in Helsinki to improve carbon balance. Her efforts focus on creating a tool for operators to promote proactive operations, involving collaboration and engagement with various stakeholders. Motivated by her commitment to promoting the sustainability of water systems, supporting the community, and addressing diverse challenges, Ksenija has taken a leading role in YWP Finland to foster networking and lifelong learning.

Dr. Aziza Baubekova | Vice-Chair | Postdoctoral Researcher at University of Oulu

Dr. Aziza Baubekova is a Postdoctoral Researcher at the Water, Energy and Environmental Engineering Research Unit at the University of Oulu. With an extensive portfolio focusing on water issues in Central Asia, her current project examines the Water-Energy-Land nexus in the Zarafshan and Amu Darya River basins. Dr. Baubekova earned her PhD from the University of Oulu in 2023 with a thesis on “Catchment-Estuary-Coastal Systems under climate change and anthropogenic pressure”. As the Vice-chair of YWP Finland, Dr. Baubekova is driven by her passion for the water sector and her commitment to promoting professional growth, interdisciplinary collaboration, and knowledge sharing among young professionals. In this role, she advocates for innovative solutions to water-related challenges and supports the development of a vibrant, resilient community prepared to tackle future challenges in the field.

Maria Dubovik | International Relations & Professional Events Officer | Research Scientist at VTT and Doctoral Researcher at University of Helsinki

Maria is a Research Scientist at VTT and a Doctoral Researcher at University of Helsinki. Maria’s research revolves around urban water management including stormwater management and urban flooding and the role of nature-based solutions in climate adaptation. Her doctoral studies focus on developing techniques for defining, collecting and validating the limits to adaptation in the context of extreme floods and droughts and studying the public-policy drivers and responses that influence the spatiotemporal distribution of limits. As an International Relations & Professional Events Officer of YWP Finland, Maria aims to deliver high-quality opportunities that enable learning, networking and empowering the young water professionals within the Finnish water sector.

Milla Sieranen | Secretary | Doctoral Researcher at Aalto University

Milla鈥檚 research deals with greenhouse gas emissions of full-scale wastewater treatment plants in Finland. The focus is on collecting long-term emission monitoring data from treatment plants on-site to develop a process modelling tool for emission simulations and mitigation strategies. 听Taking care of the secretary duties in YWP Finland, Milla assists in keeping the operation of YWP Finland running and organised, and thus, contributing to the goal of empowering young water professionals and the community in Finland.

Elina Paavonen | Communications officer | Doctoral Researcher at University of Eastern Finland

Elina works as a Doctoral Researcher at the University of Eastern Finland. Her research focuses on ecological impacts of anthropogenic changes in freshwater-supported systems. The goal of the research is to understand and quantify the ecological significance of human drivers influencing freshwater-supported systems to identify feasible and equitable possibilities to sustain the vital regulatory functions of freshwater in terrestrial and aquatic ecosystems. As a Communications Officer of YWP Finland, Elina keeps the network informed about the latest news, updates and events. Elina is also a board member of the Finnish Water Association, where she represents the YWP Finland Division.

Nikita Lukianov | Regional officer | Lappeenranta-Lahti University of Technology

Nikita is a dedicated Master’s student in the Water Technology program at LUT (Lappeenranta-Lahti University of Technology), based in Mikkeli. Currently working as a Research Assistant in the Separation Science department at LUT, Nikita is at the forefront of innovative water treatment research. His current project focuses on recovering phosphorus from wastewater using 3D printed materials covered with Metal-Organic Frameworks (MOF). As a Regional Officer, Nikita is responsible for engaging YWPs outside the capital region, fostering collaboration and innovation in the field of water technology.

Sofija Djukanovic | Utilities officer | Aalto University

Sofija is a Doctoral researcher at Aalto University, within Water and Environmental Engineering research group. Sofija is engaged in research in the drinking water field. Her doctoral research is focused on the impact of certain fractions of natural organic matter on microbial regrowth and the formation potential of disinfection byproducts in a distribution network. As a Utilities officer of YWP Finland, Sofija is making sure that YWP and drinking, and wastewater utilities are in collaboration.

Hafiza Aisha Khalid | Companies officer | Aalto University

Aisha is a doctoral researcher at Aalto University within the Water & Environmental Engineering research group. She is involved in researching the resistance offered by vegetation in riverine flows. Her research primarily focuses on investigating the impacts of vegetation patches and modelling the reach-scale friction caused by these patches, leading to more accurate predictions of the hydraulic characteristics of flows involving vegetation patches. As a company’s officer, Aisha is responsible for liaising with industrial partners, ensuring their involvement in YWP activities as needed, and facilitating effective collaborations with the water industry sector.

Timo Larsson | Research & Education officer | Aalto University

Timo is a postdoctoral researcher at Aalto University. He is mainly involved in a research project called 鈥淏ioNH4鈥�, which focuses on ammonium nitrogen recovery from biogas process reject water by combining a bio-electrochemical system with a membrane contactor. As the Research & Education officer of YWP Finland, his role is to ensure contact and collaboration between the YWP association and the academic partners (universities, research centres).

Thandie Marata | Finance and Sponsorship Coordination | Aalto University

Thandie is a doctoral researcher at Aalto University, conducting research within the Water and Environmental Engineering research group. Her work focuses on the valorisation of industrial side streams, particularly solid wastes from mining industries. She is focused on utilising these materials for the preparation of both dense and porous alkali-activated materials and geopolymers, with the aim of creating high value-added applications in water and wastewater treatment. Additionally, Thandie serves as the Finance and Sponsorship Coordinator, where she is responsible for managing the financial aspects and securing sponsorships to support the activities and goals of YWP Finland.

Lobna Amin | Social events officer | Aalto University

Lobna is a doctoral researcher at Aalto University in the field of water and wastewater treatment and recovery. She is doing her doctoral studies as a cotutelle between Aalto university in Finland, and INSA Toulouse in France. Her research focuses on recovering phosphorus from wastewater treatment plants. Lobna is responsible for planning and executing social events for YWP members and non-members.

Sanni Eerik盲inen | Advisor | Mittausguru Oy

Sanni Eerik盲inen works as a Head of Sales in a Finnish start-up company Mittausguru, specialising in online environmental monitoring. Mittausguru provides a turnkey service for monitoring and protecting our water resources remotely in real time, be it in lakes, rivers, industrial sites or cities. As a former chair of YWP Finland and a former board member of Finnish Water Association, she supports the YWP Finland committee as an advisor passing on information on previous activities, contacts and resources.

If you have questions regarding the IWA YWP Community, please, contact听Isabela Espindola, IWA Membership Engagement Senior Officer.

Not an IWA member yet? Join IWA today! Unlock a world of opportunities and boost your global connections. For more information, visit:听iwa-network.org/join/

The 老澳门六合彩开奖记录 (IWA) is delighted to announce that Professor Hamanth Kasan officially assumed the role of the Association’s President at the conclusion of the 2024 World Water Congress & Exhibition, held from 11-15 August in Toronto, Canada. Succeeding Tom Mollenkopf, Professor Kasan steps into this leadership position with a distinguished career in the global water sector extending over three decades.

Professor Kasan鈥檚 extensive experience in the sector spans 34 years, marked by leadership roles across academia, utilities, and international development agencies. As an Honorary Professor at the Institute of Water and Wastewater Research, he has advanced world-class training and research in African water services. His tenure at Rand Water, Africa鈥檚 largest water utility, is particularly notable, where he led a team of scientists and engineers in ensuring delivery of high-quality water to over 16 million people.

An IWA Distinguished Fellow, Professor Kasan has played a pivotal role in shaping the IWA鈥檚 strategic direction. He has advanced IWA’s role in the Africa region, fostering inclusivity and growth within the sector. His leadership has also been instrumental in securing significant grants, expanding global membership, and enhancing the IWA鈥檚 digital and publishing platforms.

As President, Professor Kasan brings a wealth of experience, vision, and integrity to the role. His deep understanding of IWA鈥檚 operations, governance, and global challenges positions him to lead the Association towards continued innovation and impact in the water sector.

In an innovative departure from business as usual, the 老澳门六合彩开奖记录 (IWA) is joining forces with Water New Zealand to create an event that combines IWA-ASPIRE 2025 with the annual Water New Zealand Conference and Expo. It will provide a听meeting platform for international water听and sanitation professionals and practitioners and New Zealand WASH professionals, scientists and experts around common themes.

I am thrilled to share that the has been recognised as the 2024 YWP Chapter of the Year during the 6th IWA Emerging Water Leaders Forum in Toronto. This honour is part of a new initiative by IWA to recognise and celebrate the outstanding contributions of the鈥疘WA Young Water Professionals (YWPs) Community鈥痑nd YWP Country Chapters worldwide. The evaluation process was led by the IWA YWP Steering Committee, its Chapter Coordination sub-committee, and supported by the IWA Secretariat. Our chapter was awarded based on the activities we carried out in 2023, focusing on quality, content, innovation, collaboration, impact, and alignment with IWA鈥檚 Strategic Goals. I am proud of what we have achieved and excited to share some of my reflections as the chair of the IWA YWP Spain Chapter.听

What a year for YWP Spain! Reflecting on the year that has passed, I cannot help but feel a profound sense of accomplishment for what we, the Young Water Professionals (YWP) of the Spanish IWA YWP Chapter, have achieved. The year 2023 stands out as a remarkable period since our inception in 2015, filled with activities that strengthened our community and our mission. Our commitment to bridging the gap between academia and industry, promoting technical education, and spreading awareness about the water sector has never been stronger.听

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National Conference in Valencia听

We have worked tirelessly to create synergies between our YWP members and seasoned professionals, establishing ourselves as a chapter of reference and encouraging the growth of emerging chapters across Latin America. Our efforts to introduce the 老澳门六合彩开奖记录 (IWA) to young professionals have been met with enthusiasm, and it is gratifying to see our network expand beyond 500 members.听

This past year, we have organised four 鈥榃ater Meetings鈥� across various cities鈥擬adrid, Bilbao, Valencia, and Castell贸n鈥攅ach one being a hub of knowledge exchange and professional development. Our reach extended beyond Spain with three Ibero-American webinars, connecting us with peers in Mexico, Colombia, Ecuador, Bolivia and Argentina. The creation of five technical blogs has allowed us to share our insights and expertise with a wider audience.听

Collaboration is the heart of our chapter, last this year we have laid the groundwork for three agreements with different entities, two of which are set to be finalised this year.in 2024. Our commitment to education was further demonstrated by the organisation of a hackathon that engaged 50 students in solving real-world water challenges.听

Our community spirit was also evident in our social activities, which included two paddle tennis tournaments, a ski trip, and two technical visits to Valencia and Bilbao, all of which provided valuable networking opportunities in a relaxed setting. We have embraced the digital age with the launch of a new TikTok profile and continued to engage our members through social media outreach and the distribution of 127 newsletters.听

As we crafted the YWP Spain Decalogue, we laid out the principles that will guide us into the future. The energy and dedication of our members are the driving forces that will propel us to new heights this year in 2024.听

Lessons Learned and Achievements听

Reflecting on 2023, we have learned valuable lessons and celebrated significant milestones. One of the most important lessons we have learned is that young people demand in-person activities, such as technical visits, meetings and sports events, which help to build a sense of community. We have also honed our ability to reach and engage different profiles within the sector, resulting in a diverse and dynamic network.听听

Our communication with other chapters has improved significantly using various methods beyond email.听

Goals Achieved听

We have succeeded in creating a decentralised network beyond Madrid, with active participation from cities like Valencia, Barcelona, Castell贸n, and Bilbao. Thanks to our hackathon, we introduced the IWA to students and bridged the gap between universities and companies, enabling students to secure internships with collaborating entities. Our events have grown in number and scale.听

Our social media impact has been remarkable. Interaction from our followers has increased by 68.5%, while interaction from non-followers has surged by 250%. Additionally, our presence and influence in relevant forums have significantly increased.听

This award will inspire us to keep promoting the YWP network and IWA values, trying to be more relevant in the sector and celebrating our upcoming national conference, to which I warmly invite you!听

If you have questions regarding the IWA YWP Community, please, contact听Isabela Espindola, IWA Membership Engagement Senior Officer, at isabela.espindola@iwahq.org.

Not an IWA member yet? Join IWA today! Unlock a world of opportunities and boost your global connections. For more information, visit:听iwa-network.org/join/

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2024 IWA Project Innovation Awards

• Game-changing Chinese wastewater treatment plant concept announced as winner of IWA Global Grand Innovation Award
• 18 outstanding winners in six industry-critical project segments
• For event photos, visit:

Toronto, Canada, 13 August 2024. Outstanding global examples of the latest in project excellence, from research concept through to application at scale, were celebrated today at the 老澳门六合彩开奖记录鈥檚 Project Innovation Awards Gala event in Toronto, Canada.

The overall Global Grand Innovation Award and 18 winners across six categories were revealed at a celebratory event, in the fine surroundings of Arcadian Court, downtown Toronto. The overall Global Grand Innovation Award winners were the Committee of China Concept Wastewater Treatment Plant and CSD Water Service Co., Ltd. The award was given in recognition of the success of application of the China Concept Wastewater Resource Facility.

Awarded biennially at the 老澳门六合彩开奖记录鈥檚 World Water Congress & Exhibition, the Project Innovation Awards recognise and promote global excellence and innovation in water management, research and technology. The Project Innovation Awards (PIA) feature six categories with three finalists each. Each category recognises a distinct aspect of water innovation, from technology breakthroughs through to governance and performance improvement.

The Project Innovation Awards were launched by the 老澳门六合彩开奖记录 in 2006 to recognise that shared and pressing challenges can be overcome through the development and implementation of creative water solutions. The Awards are judged by a global group of expert water sector professionals highly qualified to recognise the practical relevance and global potential of the selected projects.

Grand Innovation Award

The Grand Innovation Award represents a truly outstanding project of global significance. This overall award is selected by the PIA鈥檚 expert judges from this year鈥檚 six 鈥楪old鈥� PIA category winners.

This year鈥檚 Grand Innovation Award stems from the move, in 2013, of Professor Jiuhui Qu to found the Expert Committee for China’s Concept Wastewater Treatment Plants. The aim was to tackle climate change, resource scarcity, and sustainable living challenges. Following on from this, the Yixing Concept Water Resource Reclamation Facility (WRRF), a USD 42 million project, began operations in October 2021. It handles 20,000 m鲁 of wastewater and processes 100 tons of organic matter daily. The facility boosts local water resilience, supports agriculture with nutrient-rich soil, and serves as a model for sustainable wastewater management globally, inspiring further initiatives and international collaboration.

Project excellence across 6 categories

The PIA awards recognise excellence across six industry-critical dimensions of project innovation. For each of these categories, three awards were presented: Gold, Silver, and Bronze.

IWA is proud to announce that the results of the 2024 are:

Category: Market-changing Water Technology and Infrastructure

GOLD: Inspiring Technological and Market Transformation: Practice of the China Concept Wastewater Resource Facility, by Committee of China Concept Wastewater Treatment Plant, CSD Water Service Co., Ltd., China

SILVER: The Linear Path to Circularity!, by 脕guas do Tejo Atlantico, Portugal

BRONZE: South African Sanitation Technology Enterprise Programme (SASTEP), by Water Research Commission, South Africa

Category: Breakthroughs in Research and Development

GOLD: Redefining Wastewater Treatment Technology – Design, Construction, and Operation of the World鈥檚 First Mainstream Partial Nitritation-Anammox Wastewater Treatment Facility, by Beijing Drainage Group Co., Ltd.; Beijing University of Technology, China

SILVER: Integration of TADOX庐 Technology to achieve Net Zero in Textile Wastewater Treatment, by The Energy and Resources Institute (TERI), India

BRONZE: IntensiCarb, All in One Process, by Brown and Caldwell, Trojan Technologies, US Peroxide Technologies, USA

Category: Governance, Institutions and Social Enterprise

GOLD: Wollert Community Farm, by Yarra Valley Water, Australia

SILVER: Tetra Safe Drinking Water Project: Leveraging Solar Energy to Support Lower Income Communities in Bangladesh鈥檚 Coastal Region, by Tetra Private Limited, Bangladesh

BRONZE: Jaldoot Programme, by Public Health Engineering Department & Jal Jeevan Mission, Assam, India

Category: Performance Improvement and Operational Solutions

GOLD: Government-led City-wide COVID-19 Sewage Surveillance in Hong Kong with Engineering and Smart Technology Applications, by Environmental Protection Department, Hong Kong SAR Government, China

SILVER: Whole Life Cycle Management System of Municipal Pipe Networks in Developing Areas by Three Gorges Smart Water Technology Company Limited and Shanghai Investigation, Design & Research Institute, China

BRONZE: All-factor Collaborative Digital Governance Demonstration for Pollution and Waterlogging of the Shenzhen River Basin, by Shenzhen Water and Environment Group Co., Ltd., China

Category: Exceptional Project Execution and Delivery

GOLD: Ontario Wastewater Surveillance Initiative (Ontario WSI), by Ministry of the Environment, Conservation and Parks (MECP), Canada

SILVER: Huangxiao River and Airport River Water Environment Comprehensive Treatment PPP Project, Green Industry Investment Ltd. from the 3rd Bureau of China State Construction Engineering Co.Ltd.(CSCEC); Wuhan Municipal Water Authority; The 3rd Bureau of CSCEC, China

BRONZE: 120 MLD SWTP 9 Stage 6 Phase 1, Jubail in the Kingdom of Saudi Arabia, by VA Tech Wabag Ltd, India

Category: Smart Systems and the Digital Water Economy

GOLD: Digital Twin Platform for Water Distribution System in Fuzhou, by Fuzhou Water Group Co., Ltd., China

SILVER: Digital Dosing for Sustainable Sewer Protection, by The University of Queensland, Australia

BRONZE: The AI-Acoustic Underground Leak Detection System: A Case Study of Taiwan Water Corporation, by Taiwan Water Corporation (TWC), Industrial Technology Research Institute (ITRI), Chinese Taipei

More information

IWA Project Innovation Awards

The awards were presented during the week of IWA’s biennial gathering of leading water sector professionals – the IWA World Water Congress & Exhibition.

Find out more about the Congress, running 11-15 August in Toronto, Canada, at:

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#WorldWaterCongress

It is a popular misconception that measurement is an exact science. In fact, all measurements are merely estimates of the true value being measured which implies some degree of doubt about the accuracy of that measurement itself. For example, the repeated measurement of a fixed quantity will never yield the same result every time. The degree of doubt about the measurement becomes increasingly important with the requirement for increased accuracy. For example, with regards to fluids, the relative cost of the measured fluid would need to be considered: i.e. the measurement of the flow of petroleum has historically been much more accurate than the measurement of water flow for either industrial or domestic supply. Uncertainty of measurement gives an indication of the quality or reliability of a measurement result.

However, due to issues related to climate change, an increasing population, and the need to reduce leakage levels, obtaining lower uncertainty flow measurements from water networks has never been more important. With current plans being made to transfer water between water companies, taking water from water rich areas and transporting this to areas of water scarcity, accurate flow measurement will become increasingly important for custody transfer monitoring of the volumes of water transferred between water companies. Improving knowledge of measurement uncertainty, and how this impacts flow measurements, is vital to the efficient operation of the water industry.
The purpose of this document is to give the reader an understanding of the factors affecting the accuracy of a measurement, and of the methods used to assess the way in which the various factors contribute to the overall accuracy. This document is by no means a comprehensive review of measurement uncertainty. If more information is required, the reader is asked to consult the ISO/IEC 鈥淕uide to the expression of uncertainty in measurement (GUM)鈥�.

Authors:

• Dr – Head of Water Sector, T脺V S脺D

As an engineering company with a 100-year history, we understand the importance of ageing infrastructures, such as water distribution networks, sewer systems and drinking water wells. These infrastructures are valuable public assets with high monetary worth, ranging from millions to billions of euros, depending on the size of the cities they serve. However, as these infrastructures lay buried underground over decades, they are usually beyond public perception. Nonetheless, we need to recognise that making wrong decisions in the management and rehabilitation of these infrastructures can pose significant risks to public services and the environment.

Failures of water distribution pipes, for example, can lead to interruptions in water supply, which become particularly critical when hospitals or large industries are affected. In addition, cracks in wastewater pipes can lead to contamination of soil and groundwater and, in the worst-case scenario, drinking water resources. In addition, ageing infrastructures poses financial risks, as operating costs for maintenance and repairs increase over time. This also holds true for drinking water wells, where ageing processes lead to higher energy demand and pumping costs. Finally, we must acknowledge that investments in infrastructure that are suspended today will fall on the next generation and may jeopardise future public welfare.

As we transition into digital engineers, we have learned to embrace modelling tools to support operational and strategic asset management and minimise risks. These tools have become increasingly sophisticated over the past two decades and are now state of the art. Historically, we have relied on statistical approaches to simulate the probability of asset failure or performance indicators for different groups of assets over time. Recently, machine learning algorithms have appeared on the scene. These algorithms aim to predict the condition of specific assets but require comparably extensive datasets for accurate model setup.

We have witnessed significant improvements in data availability over the years. Most water utilities now use geographical information systems which can provide asset information in terms of the year of construction and the material used, among others. Failure statistics for water distribution networks are typically available with recorded times of ten years or more. For wastewater infrastructures, inspection data is usually available for large portions of the network, providing information on the number and severity of defects. Environmental data, such as soil types or groundwater levels, which play a crucial role in ageing processes, is also openly accessible in many states and countries.

Nonetheless, there are still some major challenges ahead, especially with regards to data quality. For example, recorded failures are often not properly linked to the associated asset, making the data unusable for model calibration. In the case of wastewater infrastructures, certain asset groups or pipe ages are frequently underrepresented in inspection data. Consequently, we need to rely on assumptions when building models, which can lead to incorrect decisions by asset owners. Lastly, it has been common practice to overwrite data of defective pipes that previously required replacement in asset databases. As a result, valuable information about assets that have reached the end of their lifespan is often missing or incomplete.

These examples highlight the long-standing underestimation of the value of data. However, we are now witnessing significant progress in recognising and prioritising data acquisition and processing efforts. Many utilities have already taken proactive steps to address the challenges mentioned above. Furthermore, confidence in data-driven modelling techniques, as a supplement to engineering experience, has largely increased. In a nutshell, the foundations for making informed decisions and ensuring a reliable public infrastructure – a priority action of the United Nations – have been established and are ready to drive positive change.

This webinar is being organised by the China Subgroup of the IWA Digital Water Programme Steering Committee. It aims to foster an exchange of experience and knowledge regarding digital water transformation. Scheduled to bring together professionals, experts, and stakeholders from the water sector, the event will focus on the latest advancements in digital water technologies and their implementation. Key topics will include:

• Current practices of water industry on digital transformation
• Digital twin
• Artificial intelligence
• Innovative solutions

The focus will be globally and in China. The webinar will feature presentations and case studies, providing a platform for participants to share insights, learn from each other, and explore collaborative opportunities to drive the future of digital water.