CONTAMINANT REMOVAL RESOURCES

• PFAS Policy In 2025: Why It's Time To Go Beyond Remediation

  The most common techniques for disposing of PFAS may no longer be good enough.

• 5 Misconceptions About PFAS Removal Technologies

  This article will explore five common misconceptions about GAC and IX technologies for PFAS removal, helping utilities choose effective, site-specific treatment strategies for contaminated drinking water.

• The Uneven Fight Against PFAS In Rural vs. Urban Water Systems

  Drinking water systems across America face a mounting PFAS threat with starkly different capacities to respond. Large urban utilities typically have ample resources to detect and remove these persistent chemicals from water supplies, while small rural systems operate with tight budgets, skeleton crews, and minimal technical support.
• Why A Temporary Water Treatment System Might Be Your Best Investment

  It is critical to understand the limitations of permanent installations and how a temporary water treatment system can make sound logistical and financial sense.

• Chromium In Drinking Water: New Regulations In California And Engineering Challenges

  Among other contaminant concerns, drinking water managers in the Golden State are being held to tighter standards on chromium.
• Rural Water Treatment Plant Reduces TTHMs And HAA5 With Ion Exchange

  Both rural and urban water systems experience dissolved organic carbon (DOC) — a precursor to halogenated organic compounds like total trihalomethanes (TTHMs) and haloacetic acids (HAA5) — in source water. However, rural systems often struggle to find treatment options suited for smaller scale operations and budgets.

• How Fine Screens Simplify The New Waste Discharge Requirements

  How are fine screen solutions aiding winemakers in their efforts to meet California State Water Resources Control Board mandates for enhanced monitoring and treatment of winery process water.

• Addressing Water Treatment Challenges: Technology Access Limitations By Small, Rural Water Utilities

  With aging infrastructures, lean and limited personnel, lower budgets, and less accessible, often remote locations, smaller and rural water treatment plants are challenged in maintaining operations while understanding new and important technologies in improving contaminant removal in water treatment. 

• Addressing Water Treatment Challenges Faced By Potable Water Utilities

  “Emerging Contaminants" can be broadly defined as any synthetic or naturally occurring chemical that is not commonly monitored in the environment. These substances have the potential to enter the environment and cause known or suspected adverse ecological and/or human health effects.

• Market Outlook: Growth Opportunities In PFAS Water And Wastewater Treatment (2024-2031)

  The U.S. PFAS water and wastewater treatment equipment market is expected to grow at over 11% from 2024 to 2031, primarily driven by stringent regulatory requirements and enhanced public awareness of PFAS contamination risks. The market was estimated at over $90 million in 2024.