MORE WATER INDUSTRY FEATURES

• Pitot Testing: The Gold Standard For Wholesale And Production Meter Accuracy Evaluation

  For most water utilities, master and production meters represent the system's financial and operational truth. These meters quantify the volume of water entering the distribution network, support water accountability programs, validate NRW calculations, and influence everything from treatment costs to rate structures.

• Data Centers, Water Reuse, And Ozone: Engineering Treatment Systems For The AI Infrastructure Boom

  Explore how ozone-based treatment supports data center water reuse by controlling biofilm, organics, metals, and microbial risks while reducing freshwater demand.

• Scope 3 Emissions: A Shared Challenge, A Collective Responsibility

  Despite growing sustainability efforts, our industry lags in climate goals, especially Scope 3 emissions. Discover why bold action and deep collaboration across the value chain are essential for real progress.

• The Site's Guide To Recovering Clinical Technology Costs From Sponsors

  Gain sponsor approval by positioning technology as key to streamlined workflows, compliance, and patient safety — reducing risk and improving collaboration. Explore strategies now.

• The Retirement Cliff Is Here. Your Analyzers Shouldn't Need A 30-Year Operator.

  Widespread industry retirements and staffing shortages threaten operational continuity. Adopting low-maintenance, self-calibrating monitoring technology reduces reliance on specialized manual upkeep while establishing automated digital historical records that protect critical operational knowledge through workforce transitions.

• Keeping mAb Aggregation Low During The Final UF/DF Step

  mAb aggregation can arise from molecular properties, process conditions, and equipment‑driven stress. Learn where aggregation risk increases across downstream processing and formulation.

• Why Industrial Pretreatment Programs Are Drowning In Administration, And What Modern Technology Can Do About It

  Evaluating industrial discharge data manually consumes valuable staff time and increases risk. Automated sampling ingestion flags limit violations instantly, streamlining enforcement, reducing administrative strain, and keeping municipal wastewater treatment infrastructure protected.

• 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.

• How Digital Twins And Hybrid Modelling Optimize Cell Culture Process For Better Production

  Discover how digital twins are enabling the optimization of cell culture processes for improved, more predictable outcomes in the creation of therapeutic proteins and antibodies.

• What Experience Taught Medford About AMI

  See how Medford, Massachusetts, used years of AMI experience to prioritize reliability, improve leak detection, enhance billing accuracy, and guide future infrastructure decisions.

• The Engineer's Guide To Maximizing Dynamic Range In RF Testing

  Learn practical strategies for improving RF dynamic range through noise reduction, linearity optimization, filtering, calibration, and advanced signal conditioning techniques.

• Sample Manager: Modernizing Operations To Track, Organize, And Automate Water Sampling Programs

  Ready for a solution that allows you to manage all of your water quality programs in one place? 120Water's Sample Manager consolidates every aspect of your sampling program into a single digital dashboard, simplifying task management and unlocking the data insights your team needs to stay ahead.

• Improving API Solubility Using Spray Drying With Polyvinyl Alcohol

  Enhancing the solubility of poorly soluble APIs is vital for improving bioavailability. Discover how advanced formulation techniques like hot-melt extrusion and spray drying can overcome this challenge.

• Ion Exchange (IX) Systems

  Ion exchange (IX) is a tried-and-true method of removing metals and other inorganic compounds from water. Arsenic, cadmium, chromium, copper, lead, nickel, selenium, radionuclides, and zinc are just a few examples of the compounds that our ion exchange systems have removed from water.

• Removal Of Naturally Occurring Uranium With Purolite™ A300E

  Discover how ion exchange technology effectively removes radioactive uranium isotopes from municipal wastewater. This case study explores the transition from pilot studies to full-scale remediation, highlighting the importance of technical support in meeting stringent local water quality standards.

• PFAS Treatment Technologies For Water Utilities And PFAS-Contaminated Sites

  Discover how PFAS treatment technologies can provide safer drinking water and limit the amount of PFAS in the environment.

• 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.

• Designing For Growth: How To Build Modular Capacity Without Breaking Ground Twice

  Learn how to design wastewater infrastructure that grows with demand. Modular systems allow phased capacity additions that match actual flow, avoiding the high cost of oversizing and eliminating the need for disruptive, repeated construction.