Sustainable Aqueous Film-Forming Foams Market (2026 - 2036)

Sustainable Aqueous Film-Forming Foams Market Forecast and Outlook 2026 to 2036

In 2025, the sustainable aqueous film-forming foams market was valued at USD 166 million. Based on Fact.MR analysis, demand for sustainable AFFF products is estimated to grow to USD 185 million in 2026 and USD 520 million by 2036. Fact.MR projects a CAGR of 10.9% during the forecast period.

The absolute dollar growth from 2026 to 2036 represents an incremental gain of USD 335 million, a transformational expansion driven not by volume growth alone but by a regulatory-mandated product replacement cycle across aviation, petroleum, and military fire protection systems worldwide. Growth is sustained by the scale of the installed base of legacy AFFF systems requiring conversion, though the pace is constrained by the high cost of system requalification, the extended testing timelines for fluorine-free alternatives under national aviation and fire safety standards, and the limited approved product lists available from defense procurement authorities in major markets.

John Ottesen, CEO of Dafo Fomtec AB notes that" Across many sites the practical work of replacing PFAS-based foams has begun, with attention turning to whether alternatives can deliver recognised fire test performance while fitting into existing proportioning and storage arrangements."

Growth differs sharply between tightly regulated and emerging markets. The United States leads at 18.5% CAGR, driven by military and airport conversion mandates and EPA PFAS enforcement. The United Kingdom follows at 14.2% under UK REACH timelines. Germany grows at 12.8% due to EU compliance pressure, while Australia posts 11.5% from defense-led remediation programs. Growth is regulation-driven rather than demand-led.

Market Definition

The sustainable aqueous film-forming foams market covers protein-based and synthetic fluorine-free foam concentrates engineered to suppress flammable liquid fires without the use of perfluoroalkyl or polyfluoroalkyl substances found in legacy AFFF products. These foam concentrates function by rapidly spreading a thin aqueous film across the surface of burning fuels, depriving fires of oxygen. Primary industrial end-uses include aircraft crash rescue operations, petroleum storage and refinery fire suppression, military base fire protection, and industrial chemical processing facilities. What is being bought and sold is a certified, performance-equivalent fire suppression concentrate that complies with evolving global PFAS restrictions.

Market Inclusions

The report covers global and regional market size forecasts from 2026 to 2036, segmented by product type, application, and end-use industry. It evaluates regulatory compliance timelines for foam product conversion, performance certification status under national and international fire safety standards, procurement pipeline analysis for defense and aviation sectors, and competitive positioning of leading fluorine-free foam producers.

Market Exclusions

The scope excludes legacy PFAS-containing AFFF concentrates not part of documented substitution programs, dry chemical and gaseous fire suppression systems, portable extinguisher foam formulations for domestic use, and downstream fire suppression infrastructure including pipework, nozzles, and fixed installation equipment. It also excludes firefighting personal protective equipment and PFAS environmental remediation services, focusing strictly on foam concentrate supply and its immediate industrial procurement chain.

Research Methodology

• Primary Research: Primary research involved structured interviews with fire safety procurement directors at major airports and petroleum refineries, HSE managers at defense base maintenance operations, foam concentrate formulation chemists at leading sustainable AFFF producers, and regulatory affairs specialists at national fire protection standards bodies across the United States, United Kingdom, Germany, and Australia.
• Desk Research: Desk research synthesized data from U.S. Environmental Protection Agency PFAS regulatory dossiers, European Chemicals Agency REACH restriction proposal documentation, U.S. Department of Defense PFAS phase-out program reports, Civil Aviation Authority and Federal Aviation Administration foam certification guidelines, and annual report disclosures from Solberg, Perimeter Solutions, and Angus Fire.
• Market-Sizing and Forecasting: Market sizing employed a hybrid top-down and bottom-up approach, combining total addressable legacy AFFF installed base volumes requiring conversion by sector and geography with average sustainable foam concentrate pricing per unit, validated against disclosed specialty fire suppression product revenues from major producers and benchmarked against government-published PFAS phase-out procurement timelines.
• Data Validation and Update Cycle: Outputs were cross-validated against disclosed fire safety product revenues from Perimeter Solutions LP, Solberg Company corporate disclosures, and Angus Fire product certification announcements, reconciled semi-annually with government PFAS program updates and defense procurement contract awards, and updated annually with national fire safety standards revision timelines and environmental agency enforcement data.

Summary

Market Definition

• The sustainable aqueous film-forming foams market encompasses protein-based and synthetic fluorine-free foam concentrates deployed in aircraft rescue, petroleum facility, military base, and industrial fire suppression systems as certified, PFAS-free replacements for legacy aqueous film-forming foam products subject to global regulatory phase-out mandates.

Demand Drivers

• The U.S. National Defense Authorization Act has mandated the elimination of PFAS-based firefighting foam from military installations and training activities by statute, creating a defined procurement pipeline for certified fluorine-free alternatives across hundreds of domestic and overseas U.S. military facilities.
• The International Civil Aviation Organization's updated airport fire safety guidance and national aviation authority requirements in the United States, United Kingdom, and Australia are compelling airport operators to replace legacy AFFF stockpiles with certified fluorine-free alternatives ahead of formal ban deadlines, driving large-volume institutional procurement.
• Petroleum refinery and storage facility operators subject to EPA PFAS enforcement and EU industrial emissions regulations are proactively converting fire suppression systems to sustainable AFFF alternatives to avoid liability under PFAS environmental cleanup cost recovery actions, driving demand from the oil and gas end-use sector.

Key Segments Analyzed

• By product type, protein-based foams hold the leading 45% share, reflecting their established fire suppression performance credentials, biodegradability profile, and existing certification status under key aviation and petroleum fire safety standards.
• By application, aviation accounts for the largest 38% share, anchored by ICAO-aligned airport rescue and firefighting requirements and active airport authority procurement programs for fluorine-free foam concentrate replacement.
• By end-use industry, oil and gas accounts for the largest 35% share, driven by refinery, offshore platform, and petrochemical facility fire protection systems that are transitioning from legacy AFFF to fluorine-free foam solutions under tightening environmental discharge regulations.
• By geography, North America contributes the largest share of mandate-driven demand, with the United States recording the fastest country-level CAGR at 18.5%, while Europe generates structured regulatory conversion demand under the EU REACH universal PFAS restriction framework.

Analyst Opinion at FACT.MR

• Shambhu Nath Jha, Principal Consultant at Fact.MR, opines, 'CXOs will find this report essential for understanding how statutory PFAS foam ban timelines across the United States, United Kingdom, Germany, and Australia are creating a large, time-bounded procurement cycle for certified fluorine-free alternatives, and which product types, application segments, and institutional procurement channels offer the most durable contract revenues through the forecast period.'

Strategic Implications / Executive Takeaways

• Sustainable AFFF producers should prioritize achieving certification under the Federal Aviation Administration's Aircraft Rescue and Firefighting program and equivalent national aviation authority approval lists, as airport procurement decisions in all key markets are gated by formal product approval status rather than competitive pricing alone.
• Fire suppression product distributors serving petroleum and refinery customers should build technical service capabilities around legacy AFFF system conversion, including tank cleaning, concentrate compatibility testing, and system requalification, as these services create bundled procurement relationships that reduce the risk of losing accounts to competing foam suppliers.
• Defense sector foam suppliers should engage directly with national defense procurement agencies to establish product qualification under military fire safety standards, as U.S. DoD and equivalent UK and Australian defense authorities award multi-year institutional contracts that provide structural demand stability unavailable in commercial fire protection markets.

Methodology

• Market size estimates were based on legacy AFFF installed base conversion volumes by sector and geography, combined with sustainable foam concentrate pricing data, cross-checked with revenue disclosures from leading producers.
• Segment analysis used FAA, ICAO, and EPA regulatory program documentation combined with defense procurement agency PFAS phase-out timelines and petroleum facility fire safety compliance deadlines.
• Country forecasts were validated using national environmental agency enforcement data, defense and aviation sector procurement announcements, and chemical industry PFAS ban implementation timelines by market.

Drivers, Restraints, and Opportunities

Fact.MR analysis indicates that the sustainable aqueous film-forming foams market has grown primarily because of regulatory disruption rather than organic demand expansion. For decades, PFAS-based AFFF products dominated aviation, military, and petroleum fire suppression due to superior knockdown performance. However, mounting evidence of PFAS persistence in soil and groundwater has triggered legal liability and environmental remediation pressures, forcing a structured transition toward fluorine-free alternatives.

The main challenge lies in balancing urgent regulatory deadlines with the lengthy certification process required for new foam formulations. Protein-based and synthetic fluorine-free foams must pass rigorous sector-specific testing before approval.

• NDAA PFAS Foam Mandate: The U.S. National Defense Authorization Act mandates phased elimination of PFAS-containing foams from military use, creating a government-funded procurement pipeline for fluorine-free producers. [2]
• EU REACH Universal PFAS Restriction: The proposed EU-wide PFAS restriction would require replacement of legacy foam stockpiles, triggering a large-scale conversion cycle across member states. [3]
• Australia Defence PFAS Remediation Programme: Australia’s Defence-led remediation and state-level procurement shifts are accelerating national adoption of fluorine-free alternatives. [4]

Competitive Aligners for Market Players

The global sustainable aqueous film-forming foams market is moderately concentrated at the top tier. Solberg Company, Perimeter Solutions, Angus Fire, Chemguard, and National Foam together account for maximum share of certified fluorine-free foam supply worldwide. Below this level, the market consists of regional formulators and private-label distributors serving niche or local demand.

At the premium level, competition is driven less by price and more by certification. Defense agencies, aviation authorities, and petroleum operators require formal approval under strict fire safety standards before procurement. Without approved product listing status, suppliers cannot compete, regardless of cost.

Early investment in certification has created clear structural advantages. Solberg holds approvals under U.S. military and European petroleum standards, allowing it to serve both defense and industrial clients. Angus Fire benefits from close alignment with UK Ministry of Defence and Civil Aviation Authority qualification processes. Perimeter Solutions leverages vertical integration in fire suppression chemicals to support large federal contracts.

Large institutional buyers typically qualify two or three certified products per application. This ensures supply continuity and maintains pricing discipline. Technical support and system conversion expertise are now key differentiators as customer’s transition away from legacy PFAS-based foams.

Scope of Report

Bibliography

• [1] Solberg Company, Fluorine-Free Foam Products Corporate Overview, January 2024.
• [2] U.S. Environmental Protection Agency, PFAS Strategic Roadmap: EPA Commitments to Action 2021-2024, October 2021.
• [3] European Chemicals Agency, Universal PFAS Restriction Proposal under REACH, February 2023.
• [4] Australian Department of Defence, PFAS Management and Remediation Program, 2023 Annual Update, December 2023.
• [5] Perimeter Solutions LP, Fiscal Year 2023 Annual Report and Investor Communications, March 2024.
• [6] International Civil Aviation Organization, Doc 9137 Airport Services Manual Part 1: Rescue and Firefighting, Eighth Edition, 2022.
• [7] Angus Fire Ltd., Product Qualification and Certification Announcements, October 2023.