Highly affected U.S. states, such as Michigan, New York, and New Jersey have sought to implement their own regulatory limits on PFAS concentrations in drinking water ahead of a slower moving federal government. Now, with the U.S. Environmental Protection Agency in the position to crack down on these chemicals in various water sources, including implementing drinking water maximum contaminant levels for PFOA & PFOS by Fall 2023, all states find themselves in the position of growing PFAS remediation need. At the same time, concern over how PFAS makes its way back into groundwater or into plant and animal uptake through biosolid land applications is threatening to disrupt the biosolids market.
This Insight Report supports water and wastewater utilities as well as PFAS technology providers with detailed data, market and policy trend analysis, and growth forecasts in U.S. PFAS remediation projects and biosolid market adjustments. Bluefield’s analysis of the market includes examination of policy shifts, technology trends, and strategies influencing the deployment of their innovative solutions.
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Table of Contents
Section 1: U.S. Drinking Water PFAS Policy and Legal Action
- Federal Regulatory Trajectory
- PFAS State Drinking Water Policy
- States Propose and Adopt Drinking Water MCLs
- Expanding State Regulation Landscape
- PFAS Sites Identified Proliferate across the Country
- PFAS Sparks Legal Action against Suppliers
- Infrastructure Funding Drives PFAS Investment
- Key PFAS Funding Channels
- Investment in Technology Innovation
- PFAS Action Expands to Investor-owned Utilities
Section 2: U.S. Drinking Water Remediation Forecasts
- Key Market Assumptions: Treatment System Addressable Market
- Total Drinking Water Market Forecast, 2022–2030
- Drinking Water Market Forecasts by Technology, 2022–2030
- Drinking Water Market Forecasts Top 20 States, 2022–2030
Section 3: PFAS Treatment Technologies and Case Studies
- PFAS Treatment: Established and Emerging Technologies
- Maturity of PFAS Treatment Technologies
- Emerging Drinking Water Technologies Overview
- PFAS Concentration, Chain Length, and Removal Capabilities
- Technology Case Study: Placentia, Orange County, California
- Technology Case Study: Villa Park, Orange County, California
- Technology Case Study: Wilmington, North Carolina
- Technology Case Study: Portsmouth, New Hampshire
- Technology Case Study: Brunswick County, North Carolina
Section 4: U.S. Biosolids Market and Business Models
- Sewage Sludge Production across the U.S.
- Wastewater Treatment Saleable Byproducts at Risk
- Biosolids Market Opportunity Dependent on Beneficial Use across the U.S.
- Rising Landfill Tipping Fees Drive Biosolids Market across the U.S.
- Biosolid Incineration Facilities and Equipment on the Decline
- Biosolid Commercial Costs and Value Comparison
- Outsourced v.s In-house Biosolids Management Strategies
- Sludge Production and Disposal Use and Costs: PFAS Risks
Section 5: PFAS Action Expands Globally
- Global PFAS Policy Approaches
- Efforts to Rein in PFAS Contamination Expands Globally
- European Union Puts Forth Strong PFAS Action
Section 6: Company Profiles
Companies Profiled
Technology Providers:
| AECOM |
| AqueosUS Tech |
| Arcadis-Evocra |
| Battelle |
| BioLargo |
| Biwater |
| Calgon Carbon |
| CycloPure |
| ECT2 |
| Evoqua |
| Filtra Systems |
| H2O Innovate |
| Koch |
| Norit |
| OPEC |
| Pall |
| Purolite |
| Regenesis |
| Resin Tech |
| TIGG |
| Toray |
| Veolia Water Technologies |
| Wigen
374Water |
Biosolids Maintenance and Service Provider
| BCR Environmental |
| Burch Hydro |
| Casella Waste Systems |
| Denali Water Solutions |
| Lystek |
| Mannco |
| McGill |
| Resource Mgt. Inc. |
| Schwing Bioset |
| Synagro |
| Veolia Water Technologies |
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List of Exhibits
- The Utility Water Cycle and PFAS Impacts
- Federal Regulatory Timeline
- PFAS State Drinking Water Landscape Overview
- State Water Infrastructure, Estimated PFAS Contamination,and MCLs for PFAS Compounds (ppt)
- State Water Infrastructure, Estimated PFAS Contamination,and Regulations for PFAS Compounds (ppt)
- PFAS Contamination Extent by State
- Recent PFAS Litigation
- IIJA PFAS Allocations
- PFAS State Revolving Fund Appropriations, Fiscal Year PFASAppropriations
- Emerging PFAS Technologies & Providers
- PFAS Activity Among Leading Investor-Owned Utilities
- Top-Down View of Addressable Market
- Total Market Spend CAPEX + OPEX, 2022–2030
- Combined CAPEX + OPEX by Technology, 2022–2030
- CAPEX + OPEX Top 20 States, 2022–2030
- PFAS Treatment Technology Landscape
- Drinking Water PFAS Treatment Technology Timeline
- Emerging Technology Descriptions
- PFAS Treatment Technology Comparison
- Sewage Sludge Production by State
- Wastewater Treatment Processes & Byproducts
- Biosolids Use & Disposal Mechanisms
- Year- over- Year Tipping Fees by Region
- Number of Incineration Facilities by State
- Economics of Biosolids Applications
- Biosolids Management Operating Models
- Sludge Production and Disposal Costs
- PFAS Nationwide Growth Markets
- ECHA Major PFAS Actions
- European Union PFAS Action Summary
- PFAS Technology Portfolios of Representative Companies
- PFAS Technology Portfolios of Representative Companies, Emerging
- Service Offerings of Biosolid Providers
