DRINKING WATER TREATMENT RESOURCES

• Engineering Resilience In Water Supply: How Ozone-Based Oxidation Supports DC Water's Pure Water DC Vision

  Securing urban water futures requires shifting toward resilient, multi-source supplies. Advanced oxidation provides a critical barrier against emerging contaminants, enhancing treatment efficiency and ensuring long-term reliability without chemical residuals. Explore the foundations of engineering a decentralized, drought-proof water supply.

• Setting Global Standards: Inside North America's Only Full-Scale UV Disinfection Validation Facility

  Portland's industry-leading facility reaches 100 reactor validations in 23 years.
• Why Haven't Field Tests For Lead In Water Gone Mainstream?

  Given the maturation of sensor technology, the scientific and operational hurdles to portable lead analysis are somewhat surprising — but surmountable.

• Understanding The Limit Of Detection

  Accurate low-level turbidity monitoring requires a deep understanding of detection limits and the variables affecting measurement sensitivity. Learn how refined laboratory techniques and standardized spiking protocols ensure precision in demanding water treatment applications.

• Electrocoagulation Unlocked

  Despite electrocoagulation's demonstrated effectiveness, developing a reliable, low maintenance reactor with sufficient water processing volume has proven to be a significant engineering challenge.

• Custom Tank Designs That Actively Manage PFAS Mass Transfer Zone (MTZ) — And Why It Matters More Than Ever

  As utilities prepare for the pending 4-ppt PFAS drinking water MCL, many are discovering that legacy lead/lag designs—workhorses for decades when treating contaminants in the ppm and ppb range—simply are not optimized for the parts per trillion-level (ppt) precision PFAS demands.

• Success Roadmap For Advanced Metering Infrastructure Installations

  For a water utility of any size to function properly, effective meter reading is a vital aspect of day-to-day operations. Meter reading supports both ends of the transaction, ensuring that water is being properly delivered, accounted for and billed each month.

• Engineered For Impact: The Carbon That Stands Out In PFAS Treatment

  Filtrasorb 400’s agglomerated pore structure and high volumetric capacity deliver unmatched PFAS removal, longer run times, and lower lifecycle costs—outperforming direct-activated carbons in real-world and lab testing.