Stantec's Innovative PFAS Treatment System for Cleaner Water
Stantec's New PFAS Treatment System Project
EDMONTON, Alberta and NEW YORK — Stantec, a global leader in sustainable design and engineering, has landed a significant project with a city in the Pacific Northwest to tackle an urgent environmental issue. The company has been chosen to design an advanced system aimed at removing per- and polyfluoroalkyl substances (PFAS) from water. The goal is to ensure that community members have access to cleaner and safer drinking water.
A Major Step Towards Clean Water
This new water treatment initiative will take place at Vancouver’s Water Station 4, marking it as one of the pioneering sites in the region for PFAS filtration. Once completed, the state-of-the-art treatment system is projected to handle an impressive flow of approximately 12.2 million gallons each day, making it the foremost PFAS treatment facility in the Northwestern United States.
Meeting Regulatory Demands
In recent years, the U.S. Environmental Protection Agency (EPA) has mandated that public water utilities address PFAS contamination. By 2029, all systems must reduce PFAS in drinking water. Local governments across the nation are now under increased pressure to find effective solutions. In compliance with this mandate, the EPA will also require public utilities to start reporting PFAS levels as early as 2027.
Financial Considerations
Addressing PFAS contamination is anticipated to cost water utilities around $40 billion, according to industry analyses. This substantial financial burden highlights the urgency for municipalities to implement advanced treatment solutions that can comply with evolving regulatory standards.
Collaborative Approach to Solutions
According to Matt Travers, Stantec’s executive vice president and business leader for Water, water and wastewater utilities across the country are actively working to counter PFAS contamination. Stantec aims to harness the expertise of its regional teams along with national specialists to tackle these challenges effectively. The priority remains on not only meeting regulatory requirements but also ensuring Long-term safety for our communities.
Details of the Treatment System Design
The City of Vancouver currently supplies over 10.1 billion gallons of drinking water annually to a population exceeding 270,000 residents. Recognizing the need for enhanced treatments, the city initiated a PFAS testing program that revealed the necessity for substantial upgrades in their existing infrastructure.
The proposed treatment system will be intricately designed to integrate into the Water Station 4 facility without interrupting service during the construction phase. Groundbreaking for the construction is set for October, with the project expected to wrap up in early 2028—well before the EPA’s compliance deadline.
Stantec's Commitment to Environmental Stewardship
Stantec has a long history of collaborating with public water utilities to combat PFAS contamination and help clients navigate compliance with local and federal regulations. Their broad and deep experience in tackling environmental challenges, paired with a commitment to community engagement, showcases their dedication to not just building infrastructure but also creating a sustainable future.
The Role of Community in Stantec's Vision
At its core, Stantec is focused on empowering communities by providing solutions that address the most pressing environmental issues today. The company prides itself on being more than just a service provider. They aim to rise above traditional engineering practices by considering diverse perspectives—from project teams and industry partners to local population needs.
Frequently Asked Questions
What is the primary focus of Stantec’s new project?
Stantec's project focuses on designing a treatment system to effectively remove PFAS from the drinking water supply in Vancouver, Washington.
How much water will the PFAS treatment system be able to process?
The planned PFAS treatment system will have the capacity to treat up to 12.2 million gallons of water per day.
Why is PFAS treatment important for water utilities?
PFAS treatment is critical for ensuring that drinking water meets safety regulations set by the EPA, protecting public health from harmful contaminants.
When is the construction of the treatment facility expected to begin?
Construction for the treatment facility is anticipated to begin in October and is expected to conclude in early 2028.
How is Stantec working to address environmental challenges?
Stantec collaborates with various public utilities to develop impactful solutions that ensure compliance with environmental regulations while maintaining reliable water supply.
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