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Water flowing through a high-tech filtration system trapping PFAS particles
Chemicals, Materials & Energy

PFAS Removal Technologies

Mapping next-generation adsorbents and catalytic deconstruction methods to help a major municipal water authority achieve regulatory compliance for "forever chemicals" at scale and sustainable cost.

Client

Major Municipal Water Authority

Objective

Identify Performant & Cost-Effective Solutions

Timeline

10-Week Program

Key Focus

Safe Water Supply

The Challenge: Eradicating "Forever Chemicals"

Traditional methods struggle to remove persistent PFAS compounds to the required parts-per-trillion levels. Meeting stringent new regulations demands breakthrough materials and processes that solve three key problems.

Sorbent Regeneration & Disposal

Spent filter media must be regenerated or safely destroyed without re-releasing captured PFAS back into the environment.

PPT-Level Removal at Scale

Solutions must deliver consistent parts-per-trillion removal across high-throughput municipal treatment plants (50–200 ML/day).

Cost Competitiveness

Operational costs, including energy and media replacement, must be competitive with legacy activated carbon systems.

Execution Strategy in 5 Phases

Weeks 1-2: Technology Scan

Reviewed 3,200 patents and 850 articles to shortlist 45 candidate technologies.

Weeks 3-5: Technical Dossiers

Compiled performance data and built comparative scoring templates for capacity and regenerability.

Weeks 6-7: SME Interviews

Conducted 12 in-depth interviews with water-treatment engineers, chemists, and regulators.

Weeks 8-9: Economic & Operational Modelling

Developed lifecycle-cost models for top 15 technologies and simulated performance in a reference plant.

Week 10: Final Prioritisation

Delivered ranked recommendations for the top 8 solutions with a phased deployment plan.

Strategic Impact: A Clear Roadmap to PFAS-Free Water

Armed with our findings, the water authority initiated pilot installations of the top two regenerable adsorbents and an electro-Fenton module. Early data shows >99% PFAS removal to non-detectable levels with a 50% reduction in media replacement frequency, positioning the authority as a leader in safe water delivery.