What strategies can utilities use to communicate risks associated with PFAS?
November 14, 2024
The prevalence of PFAS in water and wastewater, along with associated public health risks, is increasingly being discussed in local, national and international media, raising concerns among the public. Utilities must be prepared to respond to inquiries regarding the measures they are taking to monitor and mitigate risks, while also seizing the opportunity to proactively engage target audiences on the importance of PFAS management and support for investments in the utility.
Hosted by Canadian Water Network in partnership with Global Water Research Coalition, join us as we listen to Dr. Vincent Covello from the Center for Risk Communication present strategies water utilities can implement to effectively communicate risks related to PFAS. We will also discuss approaches to overcoming common barriers to implementing a risk communication strategy.
In this webinar, participants will learn about:
- Approaches that water utilities can take to communicate or respond to concerns around the impacts of PFAS on public health.
- Approaches to garnering support from target audiences to increase buy-in, investments and behaviour change that support PFAS monitoring and management.
Dr. Vincent Covello is the founder and Director of the Center for Risk Communication in New York City. He is a nationally and internationally recognized researcher and expert in risk, crisis, and change management communications.
Dr. Covello has conducted master classes, workshops, seminars, and trainings for several hundred organizations. He has trained and provided consultation for organizations on a wide range of issues, including:
- High concern/high stress/high risk situations
- Crises, emergencies, and disasters
- Organizational change
Dr. Covello’s recent assignments include trainings, workshops, and consultations related to communications about organizational change, terrorism, hospital emergencies, accidents, occupational safety and health, vaccine safety, radioactive waste disposal, hazardous waste sites, air quality, water security, fires, floods, West Nile virus, mad cow disease, shootings, terrorist bombings, hurricanes, earthquakes, pandemic influenza, Ebola, and a substantial amount of work on PFAS. These trainings, workshops, and consultations focus on the skills needed to communicate effectively with both internal and external audiences.
Prior to establishing the Center for Risk Communication, he was Associate Professor of Environmental Sciences and Clinical Medicine at Columbia University (1988-1992). Dr. Covello also serves as an advisor to the World Health Organization, the US Department of Health and Human Services, the US Environmental Protection Agency, the US Department of Agriculture, the US Department of Defense, the US Centers for Disease Control and Prevention, and other national and international agencies.
Dr. Covello received his doctorate from Columbia University in 1976 and his bachelors with honors and masters degrees from Cambridge University in England.
Assessing chemicals in our water
August 12, 2024
CWN hosted a business forum on assessing chemicals in our water at the International Water Association’s (IWA) World Water Congress and Exhibition, which took place in Toronto in August 2024.
Dr. Milou Dingeman, chief science officer at the KWR Water Research Institute, Dr. Niladri Basu, professor at McGill University, and Nicola Crawhall, Canadian Water Network’s (CWN) CEO, discussed new methods for assessing chemicals in water that are revolutionizing our understanding of human health impacts and their relevance to chemical assessment, both in Canada and internationally.
Milou Dingemans (PhD, European Registered Toxicologist) works as chief science officer of KWR Water Research Institute and as principal toxicologist in KWR’s Chemical Water Quality and Health team. Milou is a guest researcher at the Institute for Risk Assessment Sciences at Utrecht University. She has over 18 years of experience conducting scientific research that examines the harmful effects that exposure to chemicals has on health. At KWR, Milou works on risk analysis processes, including the assessment of possible health hazards of substances relevant to drinking water on commissions from water utilities, government and industry. She is also active in the development, validation and implementation of innovative test and risk assessment methods.
Dr. Niladri (Nil) Basu is a professor at McGill University, where he holds the Canada Research Chair (CRC) in Environmental Health Sciences. The goal of his program is to design, validate and apply innovative and sustainable approaches to address the most pressing societal concerns over toxic chemicals in our environment. The program is founded on three pillars: intersectoral empathy, multidisciplinary knowledge and environmental justice. The work has resulted in more than 250 papers, been supported by nearly $50 million, and trained more than 130 students. Relevant to this session is his leadership of the EcoToxChip project, which has been supported by $15.5 million in Genome Canada funding (three grants between 2016 and 2026). The project involves 84 diverse researchers (e.g., toxicologists, bioinformaticians, policy experts, etc.) and 67 stakeholders from 30 organizations.
How can Canadian utilities advance equity and affordability?
May 28, 2024
Utilities need to navigate the delicate balance of providing water services to all customers, including those needing bill payment assistance, while also recovering service delivery costs. Utilities can provide customer assistance programs for customers who need help with their bill payments. When designed effectively, rate structures can also help address the challenges low-income households face.
CWN and Stantec hosted a webinar that examined the elements of a customer assistance program. The webinar also examined how rate designs can be effectively applied in communities across Canada, depending on provincial laws and practices relevant to the utility. Presenters examined case studies from the United States as well as potential challenges and opportunities related to implementing similar approaches in a Canadian context.
If you watch this recording, you will learn about:
- How to establish a customer assistance program.
- How rate design, including rate structures that improve service affordability, can be used to communicate service delivery costs with customers.
- Case studies that demonstrate how effective customer assistance programs can be designed and implemented.
Carol Malesky is a utility economist with more than 25 years of experience with assisting water, wastewater and stormwater utilities with financial analyses. She strives to apply sound economic principles to management and financial consulting challenges for her water and wastewater industry clients. Carol has managed numerous utility financial planning, impact fee and rate studies for utilities ranging from small water companies to large municipalities. Her educational background includes a BS in Applied Economics and Business Management from Cornell University and an MS in Agricultural and Natural Resource Economics from Colorado State University.
Katina Tam is a senior program advisor at CWN. Through this role, she leads and implements various initiatives supporting the Canadian Municipal Water Consortium. This includes developing high-quality curated content, like reports and case studies, that can be used by network participants to inform decision-making. Katina also proactively cultivates and nurtures positive relationships with individuals in the water and water-adjacent sectors.
How will the water sector in Canada adapt to a changing climate?
April 18, 2024
The water sector faces many challenges with integrating climate adaptation into long-term planning and decision-making. Deep uncertainty associated with climate change or complex socio-political realities constrains decision-making, causing paralysis and inaction. Existing planning approaches and resources lack the flexibility to adjust to emerging realities resulting from rapidly changing conditions or situations, such as rising sea levels, extreme events and population growth, among other drivers.
Large water management projects, including those that upgrade or build new infrastructure, require substantive fiscal and societal commitment and generally lock-in approaches even if current realities change or shift. Incorporating adaptation in long-term master planning in the water sector may provide more flexibility as our climate changes.
For water management and large infrastructure delivery embedded within broader societal complexities, adaptation planning approaches, such as Adaptive Pathway Planning, may provide the framing needed to move forward in a measured and deliberate approach.
View this webinar to learn more about the Adaptive Pathway Planning framework and how others, globally, have used it to address deep uncertainty in planning for and implementing large water management projects.
Greg Finlayson is a respected leader in desalination, water treatment and One Water Planning with extensive experience across Australia, California, North America and Asia Pacific. He started his career working for a major membrane company before joining GHD more than 25 years ago. Greg has previously held positions as GHD’s global leader for sustainability and global technology leader in water treatment. He currently works as the senior technical director of water strategy at GHD.
Sandra Cooke is the director of communities and climate at CWN. In this role, she provides oversight for the organization’s water and communities program area as well as the organization’s water and climate program area. Prior to joining CWN, Sandra supported water management in the agriculture and municipal sectors. For 17 years, Sandra worked at the Grand River Conservation Authority where she led the organization’s water quality program and championed the development of the watershed-wide wastewater optimization program.
Ryan Brotchie is GHD’s service line leader for Integrated Water Management (IWM) for the Americas. He recently initiated and led GHD’s Future of Water Strategic Water Planning initiative. This involved leading a global team to develop cutting-edge strategic planning approaches to meet the client’s greatest challenges. Previously in Australia, Ryan led GHD’s IWM Practice and national participation in the Co-operative Research Centre for Water Sensitive Cities (CRCWSC) between 2016 and 2021.
Lake Ontario Symposium
January 13, 2023
Working together to manage Lake Ontario’s drinking water intakes
Water directors from the Region of Peel, Durham Region and City of Toronto invited participants to a symposium focusing on the proactive management of Lake Ontario drinking water intakes.
The objective of the symposium was to create greater awareness among municipal and government staff of the monitoring and modelling of the Lake Ontario nearshore area. This work supports the timely response to threats, including spills, to the lake-based drinking water for over six million people. The symposium also aimed to highlight opportunities to deepen collaboration across the north shore of Lake Ontario.
Demystifying Science Around Wastewater Surveillance Epidemiology
November 28, 2022
The National Collaborating Centre for Infectious Diseases (NCCID), in collaboration with Canadian Water Network (CWN), hosted a webinar on demystifying science around wastewater-based (WBS) surveillance. This webinar served as a kick-off for a new program focused on the effective interpretation of WBS data and the communication of its meaning to the public.
This webinar presented findings from the 2022 Royal Society of Canada policy brief on wastewater surveillance for SARS-CoV-2 RNA in Canada. The policy brief summarized pan-Canadian wastewater surveillance approaches adopted across jurisdictions in Canada and the usefulness of this innovative technology as an early detection method for SARS-CoV-2 and other pathogens.
During the webinar, two discussants elaborated on the application of this scientific method in the Canadian public health landscape, and a brief Q&A was moderated by NCCID.
Learning objectives for the webinar included supporting webinar participants to:
- Learn about Canada’s wastewater surveillance system for SARS-CoV-2 and other pathogens.
- Understand the latest technologies and methods identified across jurisdictions, on and off-reserves, to inform public health decision making.
- Identify public health implications in the context of infectious diseases, and how these might apply to other public health threats, including antimicrobial resistance (AMR) linked to antibiotics in wastewater.
Dr. Steve Hrudey is a Professor Emeritus at the University of Alberta’s Faculty of Medicine and Dentistry. He was the 97th President of the Association of Professional Engineers and Geoscientists of Alberta (APEGA) in 2016-17. Dr. Hrudey has been engaged in environmental and public health risk research for 50 years and has published extensively (>200 refereed journal articles, 28 expert panel reports, 10 books, 29 book chapters, 20 commentaries, and over 80 conference proceedings) in this field. His co-authored 2004 book, Safe Drinking Water – Lessons from Recent Outbreaks in Affluent Nations, has been an all-time best seller for International Water Association Publishing. Dr. Hrudey was recognized with Alberta’s highest civilian honour, the Alberta Order of Excellence, in October 2017 and was appointed as a Member of the Order of Canada in 2019. He was also recognized with a Queen Elizabeth II Platinum Jubilee Medal by the Lieutenant Governor of Alberta in 2022, with a Queen Elizabeth II Diamond Jubilee Medal Royal Society of Canada for service to scholarship in science in 2013, the 2013 APEGA Research Excellence Summit Award, the top research award (2012 A.P. Black Award) of the American Water Works Association and an honorary DSc from the University of Alberta (2012). He has served on 28 expert panels that have dealt with high-profile environmental health issues, including: the Walkerton Inquiry (2000-2002), the Expert Panel on Safe Drinking Water for First Nations in Canada (2006), Chair of the Water Research Foundation Expert Panel on drinking water disinfection by-products and bladder cancer (Washington, D.C., 2014-2015). In 2022, Dr. Hrudey was appointed by the Royal Society of Canada as the chair of an expert panel to prepare a policy briefing on the applications, limitations and potential of wastewater surveillance for SARS-CoV-2 in Canada. The report was published in August 2022.
Monali Varia currently serves as the Director, Public Health Intelligence at Peel Public Health. Her portfolio includes public health surveillance, population health assessment, evaluation and emergency response. As an epidemiologist with certification in infection control, Monali has had the opportunity to work in public health at various levels of government in communicable disease control and the development of surveillance systems. She has also completed the two-year Executive Training and Research Application (EXTRA) fellowship program, focusing on developing public health capacity to use health data for decision-making.
Dr. Michael Becker currently works as a research scientist at the Public Health Agency of Canada. His research program explores diagnostics for SARS-CoV-2 and sexually transmitted and blood borne infections (STBBIs), with a focus on deploying, evaluating, and developing rapid or point-of-care tests. This work strives to support Northern, Remote, and Isolated (NRI) communities by developing solutions to overcome barriers to diagnostic testing and effective healthcare, with the ultimate goal of reaching the undiagnosed and supporting underserved populations. Dr. Becker’s team also explores the use of innovative approaches that may improve the health of NRI communities and underserved populations. This includes the use of wastewater surveillance for SARS-CoV-2 and STBBIs in remote settings. This work is in collaboration with the National Wastewater Surveillance Laboratory and provides an early warning system for disease outbreaks and can monitor overall population health to inform public health action and outreach initiatives.
Virtual Dialogue: Pursuing Co-Benefits to Advance Water Management
January 26, 2021
Despite the future uncertainty of climate change, emerging contaminants, regulatory changes and unforeseen challenges like the COVID-19 pandemic, operational decisions in water, wastewater and stormwater management need to be made. Creative approaches that yield social, environmental, governance, economic and technology co-benefits are gaining momentum, but require the cross-functional, integrated collaboration of multiple departments, sectors or organizations. Efforts to realize co-benefits can build resilience across the water sector in the face of uncertainty ― now and into the future.
Join us as we push the limits of online events with our CWN Virtual Dialogues. Thought leaders will discuss co-benefits success stories, lessons learned and approaches to working across community silos. Moderator Sandra Cooke, Director of the Canadian Municipal Water Consortium, will deliberately leave additional “chairs” open on the panel so that participants with access to a microphone and camera can contribute to the dialogue as it unfolds.
Who should attend this virtual dialogue?
Utility and municipal decision-makers, knowledge and solution providers, government champions.
Jimmy Zammar is Director of Integrated Strategy and Utility Planning in Engineering Services at the City of Vancouver, where he leads the One Water group, which aims to integrate the city’s planning for water, sewer and drainage while incorporating climate adaptation, green infrastructure and data driven, multi-criteria decision-making. Jimmy also leads the city’s low-carbon district heating utility. Previously, his responsibilities at KPMG, AECOM and DAI included major project planning, capital program management and strategic asset management for public agencies in the water, wastewater, green building and clean energy sectors. Jimmy holds graduate degrees in architecture and building engineering, infrastructure project management and sustainable development.
Robert Newell, PhD, is Associate Director of the Food and Agriculture Institute at the University of the Fraser Valley and previously Adjunct Professor at the School of Environment and Sustainability at Royal Roads University. His research explores the use of systems thinking, models and visualizations as tools for supporting local planning and decision-making. Much of his work has looked at community climate action in an integrated planning context, and he has explored a number of different analyses and techniques for supporting local climate action efforts, such as decomposition analysis and mapping climate action co-benefits. Robert develops tools for facilitating more inclusive, collaborative approaches to planning, including game development software to build realistic visualizations for participatory planning and community engagement.
Victoria Kramkowski is the Government and Community Relations Specialist with Toronto and Region Conservation Authority (TRCA), where she advances the organizations’s strategic goals through engagement with governments, community groups, and other organizations and stakeholders. Victoria previously managed the City of Mississauga’s award-winning stormwater charge program, including associated outreach, credit and incentive programs, and has worked with municipalities across Canada in the development of their stormwater charges. She’s also worked in government, the private sector and academia on environmental policy, natural resources management, low impact development and scenario planning. Victoria has a PhD in Environmental Planning from York University.
COVID-19 Wastewater Coalition: Inter-Laboratory Study outcomes and implications
December 1, 2020
This is the first webinar in a 2-part series; the subsequent webinar will be held at 2:00 pm EST on the same day.
The detection of SARS-CoV-2 RNA in wastewater is a tool that can potentially inform public health decisions during the COVID-19 pandemic. Although research is underway across the globe, methods and techniques are still far from standardized, which can make it challenging for municipalities and public health units to confidently apply methods in their own community and benefit from this complementary indicator.
From July to September, Canadian Water Network led an Inter-Laboratory Study with a cross-section of eight laboratories who had demonstrated experience in RT-qPCR. The first session of this two-part webinar series will present the key findings from this collaborative study and focus on critical considerations for optimizing the methods used. Scientists from the participating labs will share their methodologies, highlight important QA/QC considerations and respond to questions. The subsequent webinar will pivot to current use cases of wastewater-based epidemiology efforts deployed across Canada and explore both the challenges and opportunities.
Who should attend this webinar?
Investigators from public and private laboratories, government and public health leaders, university researchers, wastewater utility managers, consultants and other industry professionals.
Bernadette Conant, CEO, Canadian Water Network
Dr. Steve E. Hrudey, Chair, Research Advisory Group, COVID-19 Wastewater Coalition
Dr. Alex Chik, Inter-Laboratory Study Coordinator, COVID-19 Wastewater Coalition
Dr. Chand Mangat, Research Scientist, Antimicrobial Resistance and Nosocomial Infections, National Microbiology Laboratory / Public Health Agency of Canada
Dr. Mark Servos, Professor and Canada Research Chair in Water Quality Protection, University of Waterloo
Dr. Robert Delatolla, Associate Professor, Civil Engineering, University of Ottawa
Dr. Melissa Glier, Research Associate, BC Centre for Disease Control Public Health Laboratory, University of British Columbia
Dr. Eyerusalem Goitom, Postdoctoral Researcher, Department of Civil, Geological and Mining Engineering, Polytechnique Montréal
Dr. Judy Yuanyuan Qiu, Research Associate, Faculty of Medicine & Dentistry – Laboratory Medicine and Pathology Department, University of Alberta
Wastewater-based epidemiology in Canada: Use cases, challenges and next steps
December 1, 2020
This is the second webinar in a 2-part series; the first webinar will be held earlier on the same day.
Across the globe, wastewater-based epidemiology (WBE) monitoring of SARS-CoV-2 has surged since initial trials were reported in late March 2020. WBE is a promising tool with the potential to provide an early warning of trends in community COVID-19 infection. There have been numerous stories in the media about WBE monitoring at municipal wastewater treatment plants or further up the sewershed to track COVID-19 in communities and sub-communities like university dormitories or long-term care facilities.
This webinar will highlight current and potential use cases of WBE in Canada and discuss some of the challenges and next steps in developing an effective tool to support public health decision-making. We’ll identify knowledge gaps and needs related to the design and implementation of monitoring programs, as well as ethical and communication considerations for the successful deployment of this tool.
Who should attend this webinar?
Wastewater utility managers, government and public health leaders, consultants and industry professionals, university researchers and investigators from public and private laboratories.
Bernadette Conant, CEO, Canadian Water Network
Dr. Steve E. Hrudey, Chair, Research Advisory Group, COVID-19 Wastewater Coalition
Dr. Robert Delatolla, Associate Professor, Civil Engineering, University of Ottawa
Dr. Mark Servos, Professor and Canada Research Chair in Water Quality Protection, University of Waterloo
Dr. Yuwei Xie, Postdoctoral Fellow, Toxicology Centre, University of Saskatchewan
Dr. Mike McKay, Executive Director, Great Lakes Institute for Environmental Research; Professor, University of Windsor
Dr. Michael Parkins, Associate Professor, Medicine and Microbiology, Immunology and Infectious Disease, University of Calgary
Financing Water Systems: Green Bonds and the Canada Infrastructure Bank
February 11, 2020
Canada’s water sector is feeling the pinch. The costs of infrastructure repair, climate change and development are continuing to increase, while revenues decrease as a result of better water efficiency and conservation. New financing tools are needed to bridge the gap. Should utilities embrace the growing popularity of green bonds? When are public-private partnerships and service agreements a viable option? Can debt financing improve stability? Join our panel of experts from the Canadian Infrastructure Bank, Green Bonds Advisory Council and RBC Capital Markets as we explore possible pathways forward.
Who should attend this webinar?
Municipal and utility water managers and associated financial/accounting departments, consulting firms and industry, university researchers, federal and provincial government infrastructure departments, the financial sector.
Please register to attend this complimentary webinar; space is limited.
Sashen Guneratna
Managing Director, Investments
Canada Infrastructure Bank
Sashen is Managing Director within the investments group of the Canada Infrastructure Bank and assists the executive team with implementing the bank’s investment strategy. He has more than 20 years of banking and advisory experience encompassing several sectors and jurisdictions. Most recently, Sashen was a Partner within the Capital Projects and Infrastructure group at PricewaterhouseCoopers LLP with a focus on water and wastewater, First Nations led projects and power utilities. In 2013, Sashen worked as a financial advisor and underwriter of project finance transactions for National Bank Financial. He holds an MBA and BBA from the Schulich School of Business.
Lindsay Caldwell
Director, Investments
Canada Infrastructure Bank
Lindsay Caldwell is a Director on the investment team at the Canada Infrastructure Bank. Her focus is on originating, analyzing, executing and managing investments in green infrastructure. Prior to joining the Canada Infrastructure Bank, Lindsay was a Vice-President on the investment team at Bastion Infrastructure Group. Before that, she worked at OMERS Infrastructure, the direct investing arm of Canadian pension plan OMERS in Toronto. Lindsay has 13 years of infrastructure experience with a focus on principal investing and asset management. She participated in numerous transactions spanning a range of regulated and unregulated industries globally. Lindsay earned an Honours Bachelor of Commerce from Queen’s University and is a CFA Charterholder.
Sarah Thompson
Director, Sustainable Finance
RBC Capital Markets
Sarah joined RBC in 2011 as the bank’s first Green IT Manager. In 2013, she moved to the corporate sustainability team to oversee RBC’s enterprise-wide operational footprint reduction, environmental, social and governance (ESG) disclosure and the development of environmentally sustainable and socially responsible financial products and services. Sarah is currently Vice President, Sustainable Finance at RBC Capital Markets and works closely with a growing number of corporate and institutional clients globally. Recently, she partnered with RBC’s Corporate Treasury Group to establish RBC’s Green Bond Program; an inaugural green bond was issued in April 2019. Sarah is a member of the Advisory Council of the Green and Social Bond Principles Executive Committee and is Vice Chair of the Canadian Standards Association Green & Transition Finance Technical Committee. She holds a Bachelor of Commerce in Economics from McGill University and an MBA in Sustainability from York University’s Schulich School of Business.
Mansoor Khan
Director, Government Finance
RBC Capital Markets
Mansoor joined RBC in 2011 and currently covers the public sector in Canada as a Vice President. In his current role, he is focused on provincial, crown and municipal clients. Mansoor is leading green bond underwriting at RBC and has been closely involved in bringing several new issuers to the green bond market, including Ontario, EDC, CPPIB, Ottawa, Toronto, Vancouver and TransLink. Before joining RBC, Mansoor worked at a U.S. bank in New York in structured product sales and private placements. He holds a Bachelor of Mathematics from the University of Waterloo and a Bachelor of Business Administration from Wilfrid Laurier University and is a designated Chartered Financial Analyst.
Managing the Impacts of Algal Blooms in Drinking Water Treatment Plants
October 16, 2019
This webinar is the second in a series; the first webinar (September 2019) examined the management of algal blooms using watershed-scale approaches.
Harmful and nuisance algal blooms are a recurring issue for municipalities across Canada, and their severity, frequency and distribution are increasing. Human activities such as urbanization and agriculture, as well as changes in climate like warmer water temperatures and more intense rainfall are contributing to algae proliferation. Due to the complex interaction of factors which determine whether algal blooms occur, and their severity and frequency, a holistic management approach is needed to minimize their impacts.
This two-part webinar series will look at potential solutions for the strategic management of algal bloom impacts on local water sources in a range of watershed landscapes. Join us to learn how some leading municipalities and academics in Canada are approaching this challenge. The first webinar (September 2019) will focus on reducing and minimizing algal blooms in drinking water sources using watershed management approaches. The subsequent webinar (October 2019) will focus on managing the impacts of algal blooms in drinking water treatment plants.
Who should attend this webinar series?
Utility managers, knowledge and solution providers, government regulators.
Please register to attend this complimentary webinar; space is limited.
Ron Hofmann, P Eng, PhD
Professor, Civil Engineering, University of Toronto
NSERC Associate Industrial Research Chair
Ron Hofmann is a professor in the Department of Civil and Mineral Engineering at the University of Toronto, where he specializes in drinking water treatment. He routinely collaborates with utilities and consultants in the design and optimization of treatment plants, and regularly works with government in the creation and implementation of new guidelines and regulations.
Arash Zamyadi, PhD
Research project Manager, Water Research Australia
Adjunct Academic Fellow, University of New South Wales
Arash Zamyedi’s research focuses on how climate change and harmful algal blooms affect water treatment, the removal of combined microbial and chemical contaminants, and water reuse opportunities. He founded the BGA Innovation Hub, which brings individuals and teams together to explore the evolution of water and algal-related challenges and opportunities in the context of the water-food-energy nexus.
Arash has a strong publication record and has been invited as a keynote speaker and presenter at conferences across the world. He is a member of the American Water Works Association and Australian Water Association, is an International Water Association Fellow and is Co-Chief Editor of Water Quality Research Journal.
Scott Bindner, MSc
Vertical Market Manager
Trojan Technologies
Scott Bindner’s professional background includes a mix of scientific and environmental studies. He holds a medical science degree from the University of Western Ontario and a Master’s degree in Biochemistry from McMaster University. His current work with Trojan includes identifying water treatment challenges that can be mitigated through advanced oxidation, then developing these markets and educating stakeholders. He has been an associate at Trojan Technologies for eight years.
Managing Algal Blooms in Drinking Water using Watershed-Scale Approaches
September 18, 2019
This webinar is part of a series; the subsequent webinar (October 2019) will focus on managing the impacts of algal blooms at drinking water treatment plants.
Harmful and nuisance algal blooms are a recurring issue for municipalities across Canada, and their severity, frequency and distribution are increasing. Human activities such as urbanization and agriculture, as well as changes in climate like warmer water temperatures and more intense rainfall are contributing to algae proliferation. Due to the complex interaction of factors which determine whether algal blooms occur, and their severity and frequency, a holistic management approach is needed to minimize their impacts.
This two-part webinar series will look at potential solutions for the strategic management of algal bloom impacts on local water sources in a range of watershed landscapes. Join us to learn how some leading municipalities and academics in Canada are approaching this challenge. The first webinar (September 2019) will focus on reducing and minimizing algal blooms in drinking water sources using watershed management approaches. The subsequent webinar (October 2019) will focus on managing the impacts of algal blooms in drinking water treatment plants.
Who should attend this webinar series?
Utility managers, knowledge and solution providers, government regulators.
Please register to attend this complimentary webinar; space is limited.
Nandita Basu is an Associate Professor in the Department of Civil and Environmental Engineering at the University of Waterloo. Her research focuses on nutrient pollution and algal blooms from agricultural intensification, urbanization and shoreline development. She uses tools from environmental science, engineering and the social sciences to better understand how the way we use our land affects the quality of our waters and developing strategies to improve the health of our ecosystems. Nandita currently leads a $1.7M project on Lake Futures where she brings together natural and social scientists with regulatory agencies and conservation authorities to address water quality questions in the Great lakes watersheds.
Wendy Krkosek P.Eng., is the Water Quality Manager at Halifax Water, where she works with treatment, water quality and distribution operations staff to conduct water quality research, solve water quality and treatment problems, improve treatment methodologies, and develop and implement water quality plans. Wendy received her BASc in Civil (Environmental) Engineering from the University of Waterloo, followed by a PhD in Civil Engineering at Dalhousie University. She worked as a Research Engineer in the Centre for Water Resources Studies at Dalhousie University prior to joining Halifax Water.
Monica Emelko is a Professor in the Department of Civil and Environmental Engineering at the University of Waterloo, where she is also the Director of the Water Science, Technology & Policy Group. Monica is also the Scientific Director of forWater, a Natural Sciences and Engineering Research Council network for forested drinking water source protection technologies.
Changing Trends in Water Use (Part 2):
Planning and Design of Water and Wastewater Infrastructure
Municipal per capita water use is decreasing across Canada, and utilities are looking at the resulting implications on the design of water and wastewater infrastructure. In this second webinar on changing trends in water use, leading practitioners will discuss how they are proactively addressing impacts through more efficient planning and design of water and wastewater infrastructure, including the role of water demand forecasting in planning and the consideration of uncertainty in design. Learn more about how some proactive municipalities and consulting firms are approaching this issue, from problem definition to solution, as well as challenges encountered and insights gained along the way.
Who should attend this webinar?
Utility managers, knowledge and solution providers, government regulators.
This webinar is the second in a series; the first webinar (November 2018) examined the impacts of changing water usage trends on water and wastewater system operations.
Nicole Sapeta
Project Engineer, Engineering and Planning Group, Region of Waterloo
Nicole Sapeta is a project engineer in the Region of Waterloo’s Engineering and Planning Group, with more than 10 years of experience in consulting and the municipal sector. Nicole has been involved in a range of studies to plan for future water and wastewater infrastructure, which has included reviewing historical water use, updating design criteria to reflect recent trends, and preparing water demand and wastewater flow forecasts. Capturing changing trends in water use has been a key component of the successful completion of these studies.
Kaoru Yajima
Civil Engineer, Water Services Division, Region of Waterloo
Kaoru Yajima is a civil engineer for the Region of Waterloo’s Water Services Division, where he is primarily responsible for the long-term planning of water and wastewater facilities. Prior to his employment at the Region of Waterloo, Kaoru worked as a water supply engineer on water-related infrastructure projects in Asia, Europe, the Caribbean and Middle East.
Heather Zarski
Specialist, Planning, Water Distribution and Transmission, EPCOR
Heather Zarski began her career with EPCOR in 2004 after graduating with a Bachelor of Science in civil and environmental engineering from the University of Alberta. In her current role as Planning Specialist, she focuses on integrated resource planning for the Edmonton utility, GIS analysis to understand Edmonton’s current water usage patterns, water consumption forecasting and conservation program development.
Jack C. Kiefer
Senior Associate, Hazen and Sawyer
Jack Kiefer, PhD, has more than 27 years of consulting experience in water demand analysis and forecasting, integrated water resources planning, risk and uncertainty analysis, applied economics and econometrics. Jack has directed several national-scale studies for the Water Research Foundation, concentrating on key factors that influence water demand, future uncertainties and information needs. He continues to support some of the largest water utilities in North America in demand forecasting, planning and program evaluation. Jack currently serves as a senior leader within Hazen’s Water Resources and Economic Services practice groups.
Linda Sawyer
Senior Process Engineer, Brown and Caldwell
Linda Sawyer, PhD, is a senior process engineer with over 20 years of experience in wastewater process engineering, including master planning, biological treatment process modeling, nutrient removal, aeration evaluations and recycled water. She has worked on multiple projects in California, where mandatory water conservation measures and a significant reduction in flows have resulted in unintended consequences for wastewater facilities. Linda presented at WEFTEC (2016) and WateReuse California (2017) on declining flows. She holds a PhD from the University of California at Berkeley and is a registered professional engineer in California.
Changing Trends in Water Use (Part 1):
Managing Impacts on Water and Wastewater System Operations
Municipal per capita water use is decreasing across Canada. Water conservation results in a number of benefits, but also impacts the operations of municipal drinking water and wastewater systems. Many municipalities are experiencing these impacts and are now considering potential solutions. In this webinar, leading Canadian practitioners and experts will discuss strategies to manage impacts to the age and quality of potable water, as well as heightened odour and corrosion in wastewater systems.
Who should attend this webinar?
Utility managers, knowledge and solution providers, and government regulators.
This webinar is part of a series; the subsequent webinar (February 2019) will explore the planning and design of future infrastructure to address changing water use.
Abhishek Bhargava is the senior manager of operations at Gold Bar Wastewater Treatment Plant. He joined EPCOR in December 2004 as a process control engineer, and in 2009, was promoted to the role of senior manager of operations at Edmonton’s water treatment plant. He assumed his current position in 2014. Abhishek holds a BTech in chemical engineering from the Indian Institute of Technology in Bombay and an MSc in process control from the University of Alberta.
Simon Horsley is Stantec’s water quality lead and provides technical support related to treatment and distribution system chemistry in Canada and the U.S. His treatment process work includes modeling and optimization of conventional coagulation and pH/alkalinity and disinfection, with a focus on producing a biologically and chemically-stable finished water quality. Simon’s distribution system work includes building and analyzing predictive water quality model animations to evaluate dynamic parameters such as disinfectant decay, breakpoint reactions, disinfection by-product formation and solids accumulation. He also has significant experience investigating and mitigating corrosion and chloramine optimization.
Luke Kurach is the manager of system condition assessment with EPCOR Drainage and has 16 years of experience, including construction and project management, water and wastewater infrastructure design. Luke’s education and training includes a BSc in civil engineering, a Management Development Certificate for professional engineers and geoscientists and a certificate in asset management from The Institute of Asset Management. Currently Luke is working on condition assessment programs and capital planning. His key focus areas are inventory data analysis, inspection plans, condition rating and asset deterioration modelling.
Fernando Sacluti is a general supervisor at EPCOR, where he is responsible for directing, administering and coordinating the activities of the infrastructure planning group. This group develops capital strategies (including the odour mitigation strategy) and city-wide servicing plans, assesses system capacity and engages the City of Edmonton’s planning areas and the Urban Development Institute. After nine years in the Gold Bar Wastewater Treatment Plant as a senior engineer, Fernando moved to the drainage planning and engineering group at EPCOR. He has 19 years of experience in drainage services.
Public Sector Digest: Leveraging Asset Management Data for Improved Water Infrastructure Planning
This webinar was an interactive panel discussion with Public Sector Digest, Canadian Water Network, the Canadian Water and Wastewater Association and selected practitioners regarding the findings of their national study on asset management. The panelists shared their insights on the value of high-quality data for water infrastructure planning and answered questions posed by the webinar attendees.
- Tyler Sutton, PSD Inc.
- Robert Haller, Canadian Water and Wastewater Association
- Bu Lam, Canadian Water Network
- Daryush Esmaili, City of Guelph
Challenges related to the management of lead service lines and lead occurrence in tap water
This webinar outlined key results from CWN-funded research projects on lead in drinking water, including:
- A survey of the situation in Canada
- Regulatory sampling protocols and factors that impact lead release at the tap
- LSL detection in different types of households
- Long-term monitoring of lead release following partial LSL replacement
- Bench-scale and pilot-scale studies on partial LSL replacements
- Lead at the tap in schools and daycares
Michèle Prévost
NSERC Industrial Chair on Drinking Water
Professor (Civil Engineering), Polytechnique Montréal
Michèle Prévost, PhD, has more than 25 years of experience in research and technology in water treatment and distribution. She has completed several projects to investigate filtration and disinfection in treatment plants and distribution systems. She was the principal investigator on two Canadian Water Network projects: Developing a comprehensive strategy to reduce lead at the tap in Canada (2008-2012), and Evaluating the impacts of partial lead service line replacements on water quality (2012-2015).
Dr. Prévost has extensive experience in managing multidisciplinary research projects with numerous partners, including some from overseas. In 1998, she received the George Fuller Award from American Water Works Association (AWWA) for “steady production of research results that are useful to utilities.’’ In June 2016, she received the A.P. Black Research Award from AWWA in recognition of her outstanding research contributions to water science and water supply over her career.
Graham Gagnon
NSERC/Halifax Water Industrial Chair
Professor (Civil and Resource Engineering), Dalhousie University
Graham Gagnon, PhD, is the Director for the Centre for Water Resources Studies at Dalhousie University. His professional and research interests focus on the management of water quality and treatment for natural and engineered systems. During his career he has worked on applied water research projects for municipalities in Atlantic Canada, as well as private companies, provincial departments, federal agencies and First Nation communities.
Dr. Gagnon was a co-investigator with Dr. Prévost in two CWN projects: Developing a comprehensive strategy to reduce lead at the tap in Canada (2008-2012), and Evaluating the impacts of partial lead service line replacements on water quality (2012-2015). In 2014, Dr. Gagnon received the George Warren Fuller Award from AWWA in recognition of his exceptional contributions in water research.
Elise Deshommes
Research Associate
Civil Engineering, Polytechnique Montréal
Elise Deshommes, P.Eng, PhD, is a research associate at the NSERC Chair on Drinking Water at Polytechnique Montreal. She holds a bachelor in civil engineering from ESTP (Paris, France) and a PhD in civil engineering (water treatment) from Polytechnique Montreal. Between 2012 and 2015, she was project manager for Canadian Water Network’s project on partial lead service line replacements. Since 2010, she has authored and co-authored 11 peer-reviewed papers related to lead in drinking water and consumer exposure.
Biosolids: Finding the right fit for your municipality
Municipalities are looking for ways to recover valuable nutrients and generate energy within their wastewater systems. However, there is no one-solution-fits-all approach; local conditions, provincial regulations and social license are some of the variables that must be considered. This webinar looked at best practices in evaluating and developing various biosolids management options, as well as effective strategies for community engagement.
Trevor Brown manages the Region of Waterloo’s engineering and wastewater programs. His group is responsible for administering their wastewater treatment facilities’ operations and maintenance contract with Ontario Clean Water Agency, while also supporting capital projects relating to wastewater infrastructure renewal. Trevor also supports updates to the Region’s Wastewater and Biosolids Master Plan. Prior to joining the Region in 2008, Trevor held various engineering roles within the private sector. He holds a bachelor of applied science and master of applied science in environmental engineering from the University of Waterloo.
Conrad Allain is director of technical services for the Greater Moncton Wastewater Commission and is responsible for the planning and implementation of new projects, as well as upgrading existing assets to new standards. Mr. Allain was director of operations for the Commission for over 15 years and was on the design team during construction of Greater Moncton’s wastewater collection and treatment system. He played a key role in implementing a biosolids management program and managed the design and construction of a biosolids composting facility which features low manpower and energy use, efficient odor control and a unique compost heat recovery system.
Opportunities for improved nutrient removal and recovery from municipal wastewater
Leading Canadian researchers discussed findings from a comprehensive review — commissioned by Canadian Water Network, on the current research, practice and regulations related to nutrient removal, recovery and reuse in Canadian municipal wastewater treatment, including:
- Nutrient removal practices and developing trends
- Nutrient recovery and reuse practices and developing trends
- Opportunities for improvement of Canadian wastewater treatment systems
- Emerging issues and research gaps
Damian Kruk has been involved in research on nutrient removal and recovery, developing a mainstream anammox process as well as process for simultaneous nitrification and electrokinetic phosphorus precipitation and recovery. He has expertise in plant process modeling and troubleshooting and rerating of biological nutrient removal facilities.
Tanner Devlin has been conducting research on aerobic granular sludge in batch and continuous process configurations. He has expertise in electrokinetic phosphorus removal from wastewater and was involved in developing technologies for nutrient removal from cold effluents. He has experience with treatment of industrial wastewater and removal of nanomaterials in biological processes.
Changing climate, watershed disturbance and potential risks to municipal waterworks systems in Canada
Leading Canadian researchers discussed findings from their research — commissioned by Canadian Water Network, about how extreme events like fire and flooding related to climate change affect watersheds and drinking water systems, including:
- Threats posed by extreme events to water supplies
- Implications of climate-associated watershed disturbances for water treatment systems
- Evaluating the trade-offs between source water protection and more treatment
Dr. Monica Emelko is an associate professor of civil and environmental engineering at the University of Waterloo. Her research interests are focused on drinking water supply and treatment, particularly as related to sustainable technology design and optimization, risk analysis, integrated resource management, climate change impacts on water, groundwater under the influence of surface water, and quantitative microbial risk assessment.
Dr. Mike Stone is a professor in geography and environmental management at the University of Waterloo. His research is focused on land use change and its impact on surface water quality in natural and built environments. The goal of his research is to quantify and model the source, transport and fate of sediment-associated contaminants in aquatic environments to provide evidence-based science for policy development and environmental management.
What are the potential risks of applying municipal biosolids to agricultural land?
Dr. Loyo discussed findings from a literature review — commissioned by Canadian Water Network, on the current knowledge on the occurrence, fate and potential risks of emerging substances of concern (ESOCs) and pathogens in biosolids following land application, including:
- Concentration and viability of ESOCs and pathogens following sludge treatment
- Fate of ESOCs and pathogens in soils after biosolids application
- Biological impact studies and risk assessment
- Public acceptance of biosolids land application