WASTEWATER TREATMENT RESOURCES

• From Study To Startup: Reliability Lessons From A CVWRF Headworks Project

  Wastewater utilities invest significant time and resources in capital projects intended to improve reliability, capacity, safety, and long-term performance. The design may be sound, the equipment may be new, and the project may appear ready for service. Yet the true test often comes during startup.

• Purdue Student Engineers Conquer Blue-White® Assembly Challenge

  See how Purdue engineering students partnered with Blue-White to automate peristaltic pump tube assembly, improving consistency, efficiency, and earning a third-place design award.

• Inside The Blueprint To Standardize State Water Reuse Regulations

  Water scarcity in the U.S. is increasing almost as rapidly as demand for clean drinking water. In response, more municipalities and public utilities are actively pivoting toward water reuse strategies. Yet many of these projects are running up against an archaic administrative bottleneck. 

• Why Modular MBRs Are Replacing Conventional Activated Sludge For Plant Expansions

  When community growth and strict regulations demand wastewater plant expansions, traditional infrastructure often requires too much space and time. Discover how modular membrane bioreactors shrink footprints by up to 75%, accelerate deployment, and lower operational costs.

• Water Quality Monitoring Systems Helping Utilities Deliver Safer Water

  Safe drinking water has long been water utilities' core purpose. Today, however, that job is infinitely more complex. Climate change, infrastructure aging, industrial pollution, emerging contaminants, and more regulatory pressures require utilities to reassess every point at which they measure water quality in their treatment and distribution systems.

• Why Industrial Water Treatment Is Never "Set And Forget"

  Industrial wastewater treatment is never a static task. Fluctuating pH levels, production shifts, and variable organic loads mean that no two effluents behave identically, demanding continuous monitoring and active process discipline to maintain discharge compliance.

• The Enzyme Bottleneck: Why Conventional Lake Management Is Failing — And What The Science Says About Genuine Bio-Dredging

  For decades, the dominant framework for assessing and managing lake health has been built around surface water measurements: chlorophyll-a, total phosphorus, water clarity, and the composite Trophic State Index derived from them. These metrics are familiar, standardized, and widely accepted. They are also, according to a growing body of peer-reviewed literature, measuring the wrong part of the lake.
• How A Petrochemical Site Improved Dewatering Performance Using Existing Equipment

  Enhance industrial wastewater dewatering efficiency without replacing infrastructure. Discover how optimizing upstream sludge conditioning and polymer dosing strategies successfully raised average cake dryness to 14.5% while reducing chemical consumption by 15%.

• How to Improve Dewatering And Thickening Performance While A Facility Is Under Construction?

  When infrastructure upgrades force system shutdowns, mobile rental treatment systems can maintain continuous sludge processing. Discover how specialized conditioning technology increased dry cake solids to 23% and lowered polymer consumption to secure six-figure operational savings.

• How Easley Combined Utilities Cut Sludge Handling Costs By One-Third

  Discover how a municipal wastewater treatment plant reduced its overall sludge management expenses by one-third and improved daily operational efficiency by implementing an advanced thickening system to streamline solids management and reduce hauling logistics.