The report "PFAS Filtration Market by Technology (Water Treatment Systems, Water Treatment Chemicals), Place of Treatment (In-Situ, Ex-Situ), Remediation Technology, Environmental Medium, Contaminant Type, and Region - Global Forecast to 2030", PFAS filtration market is projected to reach USD 2.99 billion by 2030 from USD 2.13 billion in 2025, at a CAGR of 7.0% during the forecast period. The Research report presents a complete judgment of the market which consists of future trends, PFAS filtration market growth factors, consumption, production volume, CAGR value, attentive opinions, profit margin, price, and industry-validated market data. 

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201 – Tables
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221 – Pages

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The PFAS filter market is growing quickly due to escalating environmental issues, regulatory pressures, and increased public awareness of the health hazards caused by PFAS contamination. PFAS represents a group of nearly 15,000 artificial chemicals heavily used in industrial applications and consumer products because of their heat, water, and oil resistance. Nonetheless, their persistence in the environment and linkage to severe health conditions such as cancer and immune system compromise have prompted governments worldwide to implement stricter regulations on viable PFAS levels within water sources. Industries, municipalities, and water utilities are thus spending heavily on state-of-the-art filtration technologies to achieve compliance and protect public health. Of interest are treatment technologies such as granular activated carbon (GAC), ion exchange resins, reverse osmosis (RO), and nanofiltration (NF), of which membrane-based technologies like RO and NF are the most rapidly growing segments due to their superior removal efficiency. High government investments, such as the US EPA's USD 50 million investment in PFAS cleanup and technology development, drive new growth and innovation opportunities. The PFAS filtration market is bound to grow at a stable rate with a growing need for clean and safe water in view of mounting challenges like high treatment expenses and complicated waste management.

Global PFAS Filtration Market Dynamics

Driver: Rising Regulatory Pressure on PFAS Contamination

Growing concerns over the health risks of PFAS—linked to cancer, immune disorders, and developmental issues—are prompting stricter environmental regulations. In April 2024, the U.S. EPA designated PFOA and PFOS as hazardous under CERCLA, strengthening cleanup efforts. Policies now mandate PFAS-free cleaning products in federal facilities and promote transparency in remediation. These actions, along with public and regulatory scrutiny, are accelerating demand for efficient PFAS filtration solutions.

Restraint: High Cost and Complexity of Filtration

PFAS removal requires advanced and costly technologies like GAC, ion exchange resins, and reverse osmosis. These systems demand significant maintenance, energy, and skilled personnel, limiting affordability—especially for small municipalities and low-resource facilities. Disposal of spent filter media adds to the cost and complexity, creating barriers to widespread adoption and highlighting the need for scalable, cost-effective alternatives.

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Opportunity: Government Funding and R&D Support

Government initiatives, especially from the U.S. EPA, are fueling innovation in PFAS detection and removal. With PFAS present in over 15,000 persistent compounds, research is focused on developing technologies to efficiently treat and destroy these "forever chemicals." Increased funding and policy support are opening new avenues for companies and researchers in the PFAS filtration space.

Challenge: Disposal of PFAS Treatment Residuals

While current filtration methods effectively remove PFAS, they produce concentrated waste streams—spent carbon, resins, or brine—that require further treatment. Disposal options like high-temperature incineration are expensive and controversial, while landfilling risks long-term environmental contamination. Effective, safe, and sustainable waste management solutions are critical to realizing the full benefits of PFAS remediation.

Activated carbon segment to hold largest market share during forecast period

Activated carbon is also the most common technology used for PFAS filtration due to its effectiveness, affordability, and simplicity. Activated carbon removes PFAS through adsorption, where the pollutants stick to the surface of porous carbon. Granular activated carbon (GAC) is particularly selected in municipal and industrial water treatment due to its high surface area and capacity for adsorbing long-chain PFAS like PFOS and PFOA. It is typically used as a first line of treatment and can be integrated relatively easily into the existing filtration systems. The carbon eventually becomes saturated and needs replacing or regenerating, which adds to operating expenses. Despite these issues, activated carbon remains the solution of choice for most individuals due to its successful history, inexpensiveness, and ubiquitous availability. It is generally used in combination with other technologies, such as ion exchange or membrane filtration, to achieve additional PFAS removal. With tightening regulations and treatment mandates, activated carbon remains at the forefront of international endeavors to contain PFAS contamination.

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Municipal segment to hold largest market share during forecast period

The municipal segment is expected to hold the largest share of the PFAS filtration market due to increasing regulatory pressure and the need to provide safe drinking water to large volumes of citizens as quickly as possible. Municipal water treatment facilities are generally the primary defense against the contamination of public water supplies by PFAS. With growing acknowledgment of the health hazards posed by PFAS, i.e., cancer, endocrine disruption, and immunosuppression, governments are placing stricter regulations on the application of PFAS in potable water. This is compelling municipalities to retrofit or invest in new technology-based treatments such as granular activated carbon (GAC), ion exchange resin, and membrane-based reverse osmosis and nanofiltration equipment. Urban metropolitan systems also have increased access to capital, such as federal and state funding, to finance the installation of more comprehensive and effective treatment methods for the contaminants. Also, the ubiquitous occurrence of PFAS in urban stormwater, wastewater, and formerly contaminated sites makes municipalities a prime target for remediation focus areas. The municipal segment will likely remain at the leading edge of the PFAS filtration business, fueling continued investment and innovation in high-capacity, scalable water treatment technology.

North America to be largest regional market during forecast period

North America is expected to lead the PFAS filtration market driven by stringent regulatory policies, a high level of public education, and extensive government expenditure on environmental sustainability. The US, in particular, has led the way on PFAS regulation, with the EPA establishing tighter PFAS drinking water standards. Existing measures, such as the Superfund designation of PFOA and PFOS as hazardous chemicals, have also spurred cleanups nationwide. Additionally, the federal administration has committed high investments—in the form of the EPA's USD 50 million—in support of PFAS cleanup and the development of next-generation filtration technology. The widespread contamination of PFAS in groundwater, surface water, and municipal water supplies due to widespread industrial and military uses over many decades has made PFAS treatment among the highest priorities in North America. Modern technologies like reverse osmosis, nanofiltration, and ion exchange with high uptake rates are also leading the market growth in the region. As the industry continues to face new developments in regulations, extensive research capabilities, and higher and higher clean water demand, North America represents the biggest, most vibrant PFAS filtration market for the near future.

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PFAS Filtration Companies

The PFAS filtration market comprises several key players, including Veolia (France), AECOM (US), WSP (Canada), Clean Earth (US), Wood (UK), Xylem (US), Jacobs (US), TRC Companies, Inc. (US), Battelle Memorial Institute (US), Cyclopure, Inc. (US), Calgon Carbon Corporation (US), Regenesis (US), Mineral Technologies, Inc. (US), CDM Smith, Inc. (US), and Pentair (UK).

WSP (Canada) is a leading engineering and professional services firm. The company operates through four business segments: Transportation & Infrastructure, Earth & Environment, Property & Building, and Power, Energy & Industry. It provides PFAS treatment services through the Earth & Environment business segment. It provides technical practical solutions with groundbreaking technologies for PFAS destruction. The company also supports its clients through project life cycle—from design, permitting, planning, and operations to decommissioning and asset remediation. It provides various advanced technologies for PFAS destruction, namely, electro-oxidation, ball milling, modified clay for reactive treatment, and superior sorption.

The company boasts an extensive network of over 500 PFAS specialists spread across 200+ office locations. With a wealth of knowledge and strong experience in addressing PFAS challenges, the company caters to a range of industries and sectors, including government, transportation and infrastructure, manufacturing, waste management, utilities, power generation, oil & gas, and mining. The company has a global presence, operating in North America, South America, Asia Pacific, the Middle East & Africa, and Europe.

Xylem (US) is a leading water technology company. The company provides highly engineered products and solutions across a wide variety of critical applications in the water and energy sectors. The company runs its operations through four business segments: Water Infrastructure, Applied Water, Integrated Solution & Services, and Measurement & Control Solutions. The company offers PFAS treatment solutions through the Water Infrastructure segment. It is a leading provider of PFAS technologies. It provides granular activated carbon (GAC) and single-pass ion exchange resin technology for PFAS treatment. Xylem’s production facilities are present in Europe, North America, Latin America, Asia Pacific, and the Middle East. The company has a strong global distribution network that serves its customers in 150 countries.

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Recent Developments of PFAS Filtration Market