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Europe PFAS: Drinking Water Treatment Regulations, Technologies, and Remediation Forecasts, 2026–2036 

A multibillion-euro compliance market is emerging across Europe. Spending related to PFAS in drinking water treatment is projected to exceed €3.6 billion from 2026 to 2036, reflecting both capital expenditure upgrades and a steadily rising operational expenditure as installed treatment fleets grow.

Europe Water Policy Review: Key Developments and Market Outlook, H1 2026 

On 3 October 2025, the European Commission adopted a comprehensive restriction on the use of PFAS in firefighting foams under the Registration, Evaluation, Authorization, and Restriction of Chemicals regulation, moving toward a long-term phaseout of materials containing PFAS.

U.S. & Canada Water Policy Review: Key Developments and Market Outlook, H1 2026 

The Environmental Protection Agency’s redefinition of Waters of the U.S. in November, in conjunction with the House Promoting Efficient Review for Modern Infrastructure Today Act, will eliminate the authority of states and tribes to block federally permitted projects that do not meet local water quality standards.
Podcast

Water Runs on Power: The Energy Lever Utilities Can’t Ignore 

Energy represents one of the largest and most manageable cost centers for water and wastewater utilities—accounting for 10%–40% of operating budgets. Unlike other operational expenditures like lab...
Podcast

The Next Generation of Water Treatment with VVater’s Kevin Gast 

Kevin Gast, Chairman and CEO of VVater, discusses VVater’s water treatment solution, the go-to-market verticals the technology serves, and much more in this phenomenal interview. Plus, Reese Tisdale...

Energy Optimization for Water Utilities: A Digital Playbook for Cost and Carbon Reduction 

Energy costs rank among the top three operating expenses for water utilities, offering significant opportunities for cost savings. Energy use in the water sector accounts for 11% to as much as 40% in operational expenditure. This substantial portion and range underscores the potential for optimizing energy costs across the water cycle.