Featured Solutions

  1. The Future Of Field Water Testing: Shifting From Sequential To Parallel Analysis 7/13/2026

    Manual water testing drains operational hours and increases human error. Transitioning to parallel analysis lets field technicians test multiple parameters simultaneously, reducing testing times by up to 75% while improving field data integrity.

  2. Purdue Student Engineers Conquer Blue-White® Assembly Challenge 7/7/2026

    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.

  3. Analytics Software For Water And Wastewater Engineers 7/6/2026

    Modern self-service analytics tools empower plant engineers to utilize existing operational data without complex coding. Utilities can easily predict infrastructure failures weeks in advance, minimize unplanned downtime, optimize chemical dosing, and significantly reduce energy costs.

  4. City Of Mesa Leverages Hybrid-Cloud Architecture To Drive Operational Efficiency At Their Water Resources Department 7/6/2026

    Transitioning to a hybrid-cloud architecture allows municipal utilities to securely centralize operational data. This structure gives engineering teams and consultants safe, self-serve access to near real-time insights, streamlining regulatory reporting and optimizing chemical usage.

  5. SRP-Funded Technology Provides Affordable PFAS Testing For Homeowners 7/6/2026

    Widespread chemical contamination leaves many small water systems without viable testing options.Discover how an innovative, plant-based extraction method delivers affordable, highly accurate screening to identify complex contaminants and protect public health.

  6. The Pros And Cons Of Pilot Testing For PFAS Removal 7/6/2026

    Deploying uncustomized equipment for contaminant testing can skew critical operational data. Discover how precisely tailored small-scale testing isolates site-specific variables, protects long-term maintenance budgets, and ensures seamless regulatory compliance for full-scale water treatment facilities.

  7. Why Modular MBRs Are Replacing Conventional Activated Sludge For Plant Expansions 7/6/2026

    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.

  8. 6 Pilot Testing Mistakes That Impact Full-Scale Success 7/6/2026

    Avoiding common pilot testing mistakes helps utilities improve technology selection, generate more reliable data, and increase confidence in full-scale treatment performance.

  9. How Cedar Hills Turned Metering Data Into A Conservation Tool 7/2/2026

    As water scarcity increases, smart metering infrastructure bridges the gap between utilities and consumers. Providing residents with near real-time consumption data and automated leak alerts drives immediate conservation, slashing outdoor water waste while protecting critical resources.

  10. Stop Asking How Much Biomass To Retain. Ask Which Biomass, And Where. 7/1/2026

    Wastewater process intensification has long centered on a single instinct: hold more biomass in the same tank. Whether the technology is integrated fixed-film activated sludge (IFAS), a moving bed biofilm reactor (MBBR), or something else, the working assumption is that more retained biomass means more treatment capacity.