A significant development in U.S. water policy has emerged as the Environmental Protection Agency, under Administrator Lee Zeldin, announced that it will uphold current nationwide limits for two major so-called forever chemicals, perfluorooctanoic acid and perfluorooctane sulfonic acid, in drinking water. These chemicals, collectively known as PFAS, have become a growing concern due to their persistence in the environment and links to a range of health issues. The EPA also stated it will provide additional time for water utilities to comply with these regulations, aiming to balance the need for public health protection with the realities faced by small and rural systems. The agency’s approach follows legal challenges from water utilities, who argued that the costs of required treatment would drive up rates for consumers and that the original rule overreached by including several newer types of PFAS without adequate scientific support. According to the Associated Press, while the rollback of certain Biden-era limits mainly affects these newer PFAS varieties, the core restrictions on legacy chemicals PFOA and PFOS remain intact, affecting nearly twelve percent of U.S. water utilities that exceed the federal standards.

Health advocates and organizations like the Natural Resources Defense Council have criticized the rollback, arguing that the Safe Drinking Water Act is meant to prevent regulatory backsliding and protect public health. Meanwhile, the American Chemistry Council maintains that the EPA failed to use all available data when setting its initial PFAS rules, resulting in greater impacts on small water systems than originally estimated. They are calling for science-based regulations and continued dialogue to ensure both environmental protection and manageable costs for communities.

Beyond regulation, the 2025 State of the U.S. Water Well Industry Report highlights ongoing challenges and opportunities in the water sector, from aging infrastructure to the impacts of drought and contamination. Financial pressures on utilities remain a top concern, with increased attention on the need for sustainable funding and investment to modernize water systems.

On the global stage, the recently concluded Global Water Summit in Madrid, Spain, brought together leaders from over eighty countries to address water scarcity, infrastructure modernization, and innovation in water treatment and management. Key discussions focused on the critical role of private investment and technology, such as desalination and digital water monitoring, in securing future water supplies. These conversations reflect a growing international recognition that climate change, population growth, and pollution are reshaping the world’s water agenda, with implications that echo across the U.S. and beyond.