MORE WATER INDUSTRY FEATURES

• Clean Water Even During Disaster: Why U.S. Pipe Ductile Iron Pipe Is The Smart Choice For Public Health And Safety

  Infrastructure must endure disasters to protect public health. Learn why ductile iron pipe offers fire resistance, seismic stability, and ensures clean, chemical-free water delivery when it is needed most.

• PPD Filters: Pleated Polypropylene Depth Media

  Increase process efficiency using high-capacity depth filtration to remove contaminants, protect downstream filters, and extend filter life for more consistent results.

• Precision Medicine In IMIDs - The Path To Improved Healthcare Outcomes

  Precision medicine is opening new possibilities for IMIDs by moving beyond symptom‑based care. Find out how emerging multi‑omics tools are reshaping how these complex diseases are understood.

• System Performance Depends On Cleanliness

  The Lee Company highlights contamination risks in fluidic systems, offering guidance on detection, prevention, safety screens, and ROB number comparisons to ensure long-term performance and reliability.

• 5 Best Practices To Keep Your Incubator Shaker Contamination-Free

  Learn five essential best practices to maintain a sterile incubator shaker environment, from routine cleaning and humidity control to advanced HEPA filtration for reliable results.

• To 10X & Beyond, AgentV™-DSP Arrives Ready To Rock

  Filter fouling has limited exosome therapeutic scalability—until now. Explore how a breakthrough reagent achieves 50% particle recovery versus 5% traditionally, enabling affordable clinical manufacturing.

• Timing And Data Are Critical To Winning BTD For Rare Disease Drugs

  Breakthrough Therapy designation (BTD) can accelerate rare disease drug development—but timing and evidence are everything. Learn how to position your program for FDA success.

• Case Study: Groundwater DWTP (AK) - DEXSORB Full-Scale

  A DWTP client in Alaska detected elevated PFAS contamination levels in two groundwater wells supplying drinking water to 85 service connections. PFAS concentrations are provided in Table 1, where combined concentration of EPA PFAS6 was detected at 490 to 810 ppt.

• A Year Of Reflection And Preparation

  The Trial Master File (TMF) landscape in 2025 will require companies to stay attuned to the evolving ICH E6(R3) guidelines and the full implementation of the CTIS.

• Viral Disinfectant Efficacy Studies: Key Guiding Factors And Design Elements

  Achieving compliance and safety through Disinfectant Efficacy Studies (DES) is about adhering to regulations and committing to high standards of safety and quality of manufacturing operations.

• Preparing Water Infrastructure For The Future

  The current state of the water infrastructure in the U.S. is in need of critical attention. Aging and underfunded systems, increasing demand, and the impacts of climate change are putting immense pressure on the nation’s ability to deliver this essential resource.

• Oilfield Pollution In West Texas: Engineering Lessons For Groundwater Protection And Advanced Oxidation

  Legacy oilfield contamination requires advanced strategies to protect vital groundwater. Explore the technical challenges of subsurface remediation and how advanced oxidation processes provide a more effective pathway for destroying persistent hydrocarbons and restoring aquifer quality.

• Ozone And PFAS: The Overlooked Tool In A National Water Crisis

  Ozone is a vital pre-treatment for PFAS mitigation. It oxidizes precursors and co-contaminants, significantly extending the service life of downstream GAC and membrane systems.

• 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.

• 2,080 Hours: What Five Sensors Gave Back To One Utility

  Routine sensor maintenance silently drains utility workforce capacity through constant recalibration, reagent refills, and travel time. Transitioning to low-maintenance monitoring technology reclaims thousands of operator hours, allowing short-handed crews to focus on vital system infrastructure priorities.

• The Cheapest Capital You'll Deploy This Year Is The Sensor That Doesn't Break

  A growing infrastructure funding gap requires utilities to maximize every capital dollar. Relying on continuous, trustworthy monitoring data allows systems to shift away from age-based asset replacement and target maintenance precisely where water quality degrades.

• Demand-Based Flushing Using AMI And Water Quality Sensors

  Improve efficiency and water quality with demand-based flushing. The integration of sensors and smart networks allows utilities to remotely monitor and optimize flushing cycles.

• Wideband RF In Electronic Warfare: Balancing Power, Bandwidth And Real-Time Performance

  Modern electronic warfare demands wideband RF systems that balance gain, linearity, efficiency, and power—enabling real-time detection, response, and reliable performance across an increasingly complex spectrum.