Public Utility Potable Water
Scalable Water Treatment Solutions for
PFAS & Emerging Contaminants
Protect your community or facility with proven technologies that meet strict EPA standards.
Our Solution
Newterra works alongside customers to minimize media consumption, improve operational efficiency, and support reliable performance. Learn more about our comprehensive approach.
Agnostic Approach
Newterra is media-agnostic, selecting activated carbon or ion exchange resins based on source water, treatment goals, and site constraints—not brand preference—so each system is designed for optimal overall performance.
Design & Feasibility
Newterra guides you from concept to reality with tailored system designs and transparent cost planning. Our pilot systems simulate full-scale performance, providing data-driven insight to ensure reliable, effective PFAS treatment.
System Deployment
Our scalable systems deliver high-efficiency PFAS removal. We offer specialized media, including GAC and ion exchange, to address diverse contaminants and site-specific treatment needs.
Ongoing Support
From start-up to long-term service, Newterra ensures system performance through calibration, routine maintenance, and responsible waste handling. We manage media replacement and disposal in compliance with environmental standards.
Engineered PFAS Solutions for Diverse Water Applications
Newterra delivers engineered PFAS treatment solutions across a range of water applications, including potable water and wastewater. Each system is designed to address varying source water conditions, regulatory drivers, and operational requirements.
Real-World Success Stories
Explore real-world PFAS treatment projects that demonstrate Newterra’s ability to deliver effective, reliable solutions across a wide range of applications.
Stanton Water Treatment Plant, Wilmington Delaware
EXECUTIVE SUMMARY The system treats 30 million gallons per day and protects more than 100,000 residents in New Castle County from harmful PFAS compounds—four years…
Horsham Air National Guard
CHALLENGE The primary challenge was to develop a reliable system that could effectively remove PFOA/PFOS from the stormwater runoff at a former military base. The…
Solutions That Transform Water Challenges into Opportunities
At Newterra, we harness innovative technologies to transform water and wastewater challenges into competitive advantages. Backed by deep technical expertise, our team evaluates your specific challenges to determine the most effective solution—or combination of solutions—for your application.
PFAS Water Treatment Systems
Activated Carbon Adsorption Systems For Per- and Polyfluoroalkyl substances (PFAS) Water Treatment
Potable Water System
Modular, configurable units deliver reliable potable water at any scale.
Liquid Phase Adsorber Systems
Scalable PFAS adsorbers meet strict state, federal standards for any site.
Pressure Vessels
Customizable and scalable, our pressure vessels are capable of operations where full backwash is required, and all vessels are NSF International Certified.
Media and Resins
Wide range of media, from bulk granular activated carbon (GAC) to ion exchange resins to handle organics and other contaminant removals.
Reverse Osmosis System
Our commercial and industrial reverse osmosis (RO) systems are renowned for efficient, high-purity water production.
Lifecycle Support Through Long-Term Partnership
PFAS treatment extends beyond system delivery. Newterra approaches each project as a long-term partnership, supporting customers through system design, commissioning, media management, and ongoing operation. This lifecycle-focused approach helps ensure treatment systems continue to perform as conditions, regulations, and operational needs evolve.
PFAS FAQs
No matter the vessel, media type, or application, we partner with you to deliver cost-efficient and technology-driven approach you can rely on.
Several proven technologies are available for PFAS treatment, with the most common being granular activated carbon (GAC), ion exchange (IX), novel adsorbents and membrane systems such as reverse osmosis (RO). The most appropriate technology depends on PFAS concentrations, water chemistry, flow requirements, site constraints, operational preferences, and lifecycle costs.
The choice between GAC and IX depends on source water quality, treatment objectives, site constraints, and lifecycle costs. GAC is often selected for its long operating history and proven performance, while ion exchange may be preferred where space is limited or longer media run times are desired. A detailed water quality review and, when appropriate, pilot testing can help determine the best solution.
Yes. PFAS treatment can often be integrated into existing facilities through the addition of GAC vessels, ion exchange vessels, membrane systems, or modular treatment systems. Feasibility depends on available space, hydraulic capacity, existing infrastructure, and treatment goals.
Find Your PFAS Solution Today
From pilot test to engineering support to operator training and media exchange, we have the right expert ready to work with you from beginning to end.