WASTEWATER CONTAMINANT REMOVAL RESOURCES

• Designer Microbes: Can Synthetic Biology Supercharge Wastewater Treatment?

  Exploring the potential of bioengineering as a pathway to pollution remediation.

• Impact Of Real-Time NH3-N Monitoring In Wastewater Treatment Plants

  In this white paper, learn how real-time monitoring of ammonia (NH₃) and nitrogen (N) in wastewater treatment plants (WWTPs) can be a game-changer for optimizing treatment performance and energy efficiency.

• Algae Can Clean Sewage Without Electricity Or Chemicals — We Put It To The Test

  Large wastewater facilities are designed to remove physical, chemical, and biological contaminants from domestic wastewater or industrial effluent, producing treated water that is safe to discharge into rivers. But they’re expensive and energy-intensive. They’re also difficult to maintain in rural areas where local government doesn’t get much revenue.

• How To Remove Silica From Industrial Wastewater Efficiently

  Silica can secretly wreak havoc in many industrial applications. Addressing this invisible issue can save your equipment. It will also optimize maintenance while mitigating costly downtime from scale deposit buildup.
• Ecological Wastewater Treatment: Nature-Based Solutions For A Cleaner Future

  This article explores what ecological wastewater treatment is, how it works, its benefits over conventional systems, real-world applications, and its potential to lead us toward a more sustainable and water-secure future.

• How Industrial Water Services Are Shaping The Future Of Global Manufacturing

  Water is one of the most essential resources in any industrial setup, and managing it efficiently can mean the difference between success and stagnation. Welcome to the world of industrial water services — a sector that's as critical as it is complex.
• Double Belts, Double Suspenders: How El Paso Is Implementing Direct Potable Reuse

  The city of El Paso, TX, has always known that water is precious. After its public utility, El Paso Water, previously piloted a direct potable reuse (DPR) plant to turn agricultural irrigation wastewater into drinking water, the city is now ready to begin construction of a full-scale, 10-MGD DPR facility.
• Industrial Wastewater Treatment: Tailored Solutions For Unique Wastewater Challenges

  From modifying existing equipment to tailoring batch and fully automated systems, working with an experienced provider can help to assure integration and compliance with surprisingly fast ROI.
• Small-Scale Wastewater Treatment Systems: The Future Of Water Management

  Finding the right wastewater treatment solution can be tricky, especially for smaller operations. Modular small-scale wastewater treatment systems offer practical solutions for various settings, from hotels and resorts to real estate developments and remote communities. How do you pick the right system? Let's explore these systems and their importance.
• Market Outlook: Growth Opportunities In PFAS Water And Wastewater Treatment (2024-2031)

  The U.S. PFAS water and wastewater treatment equipment market is expected to grow at over 11% from 2024 to 2031, primarily driven by stringent regulatory requirements and enhanced public awareness of PFAS contamination risks. The market was estimated at over $90 million in 2024.