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1. AI In The Water Sector: Navigating Innovation Responsibly 10/16/2025

   The water sector, facing escalating demands and aging infrastructure, cannot afford to be left behind in the adoption of artificial intelligence (AI). Embracing AI is not just about efficiency; it's about ensuring future resilience and continued service delivery in a world increasingly reliant on intelligent systems.

2. Calgon Carbon's Latest Proprietary Reactivation Process Study On Custom Municipal Reactivation Further Demonstrates PFAS Removal And Destruction Expertise 10/15/2025

   Thermal reactivation of granular activated carbon is a proven and scalable method to achieve >99.9% destruction removal efficiency for PFAS. This process fully restores the carbon for reuse, providing a sustainable solution that breaks the cycle of "forever chemicals."

3. Cut Costs, Cut Timelines: Rethink Your Next Water Project 10/14/2025

   Small municipalities and industrial sites face constant pressure: deliver safe, stable water with limited resources and tight deadlines. Traditional on-site construction can stretch project schedules by months and introduce quality and cost risks. By shifting much of the fabrication off-site, these risks are dramatically reduced.

4. How Hyper-Detailed Modeling Is Strengthening Worker Safety And Water Infrastructure Resilience 10/10/2025

   Water utilities are under mounting pressure to modernize aging infrastructure while keeping budgets under control, forcing owners and contractors to deliver reliable projects with leaner teams, tighter windows, and greater scrutiny. Hyper-detailed modeling is emerging as a critical solution for these challenges.

5. 82 Million Gallons In. Zero PFAS Out. 10/9/2025

   Ion exchange resin is a reliable, high-capacity solution for municipal PFAS treatment, demonstrating zero detectable PFAS after processing 82 million gallons of water. The technology offers a significantly smaller footprint and superior volumetric capacity compared to GAC. Read the full case study to review performance data and strategic impacts.

6. Advances In Wastewater Treatment Systems To Address Limited Space And Stringent Regulations 10/7/2025
   The demand for smaller, highly effective wastewater treatment systems continues to grow due to land scarcity and high prices in many parts of the country and the desire by developers, builders, and homeowners to maximize the use of every square foot of property.
7. A Market On Edge: PVDF's Uncertain Future And The Ceramic Alternative 10/6/2025
   By classifying PVDF as a PFAS “forever chemical” and including it under the proposed restriction, the EU has introduced the prospect of a multi-billion-dollar technology shift. While the outcome will depend on the final derogation periods granted, the proposal creates a defined regulatory horizon for PVDF membranes and forces the global water industry to evaluate alternatives.
8. CyanoFluor 10/5/2025

   CyanoFluor is a dual-channel handheld fluorometer designed for harmful algal bloom monitoring. By measuring chlorophyll-a and phycocyanin simultaneously, it differentiates cyanobacteria from other phytoplankton with precision. Portable, factory calibrated, and easy to use, CyanoFluor supports early detection, rapid assessment, and ongoing monitoring of blooms, protecting ecosystems, aquaculture, and drinking water supplies from the impacts of toxic algae.

9. AquaFluor Handheld Fluorometer 10/5/2025

   AquaFluor is a rugged, portable fluorometer for quick field measurements of chlorophyll, blue-green algae, rhodamine, fluorescein, and other fluorophores. Lightweight and battery-operated, it combines affordability with reliable performance. Perfect for spot checks and rapid assessments, AquaFluor enables researchers and water managers to collect accurate fluorescence data anywhere, anytime, with minimal training or setup required.

10. Turbidity Sensors 10/5/2025

    Turner Designs turbidity sensors provide accurate, stable measurements of suspended particulates in natural waters. With low power requirements and a compact design, they integrate easily into process control or field platforms. Rated to 200 meters, these sensors support sediment transport studies, water clarity monitoring, and coastal change research, delivering reliable turbidity data in real time.