WASTEWATER MEASUREMENT RESOURCES

  • A water treatment plant’s operations branch for a North American city is using Emagin AI by Innovyze to reduce the operational expenditure (OPEX) required to deliver high-quality drinking water to its approximately 150,000 residents.

  • Many utilities are moving to a traditional business mindset rather than continuing as largely compliance-driven entities. This is challenging leaders to apply asset management and smart infrastructure strategies, to become more programmatic in managing water, and to consider the big picture in addressing public needs.

  • The Fountain Hills Sanitary District (FHSD) provides wastewater treatment for over 13,000 homes and businesses. In addition to supplying the town’s namesake fountain, its treated water irrigates local golf courses and parks. In 2000, the utility developed an innovative way to make up the short-fall during the dryer less populated summer. By Christopher Little

  • It might seem straight out of Space Camp, but  there is an increasingly common scene in water and wastewater municipalities where supervisory control and data acquisition (SCADA) simulation training offers hands-on experience to usher in the next generation of operators.

  • Analytic measuring technique provides a huge number of procedures to determine the concentrations of substances in an unknown sample, e.g. photometry, titration or mass spectrometry.

  • Over recent years, water companies around the world have enhanced their ability to control the pressure of water in their distribution networks to improve customer service and achieve environmental savings.

  • To appreciate the impact of smart water solutions — Big Data analytics, artificial intelligence (AI), and machine learning — one must first identify some of the main challenges involved in water and wastewater network monitoring, as well as the benefits of real-time, proactive versus traditional, reactive approaches. This impact is intertwined by economic, social, and environmental dimensions, which are best enabled through industry collaboration.

  • If you’ve gone down the smart home rabbit hole, it will be easy for you to relate to B2B customers on their journey to smart water. The options can be overwhelming, the limitations confusing, the pros and cons hard to quantify, and the solutions infinite, with costs that quickly escalate.

  • Explore how the Parker Water and Sanitation District supported its explosive population growth with secure and long-term, high-quality water service from FreeWave.

  • Get to know the basics, best practices, and importance of flow meter calibration from an industry expert.

WASTEWATER MEASUREMENT SOLUTIONS

  • SLIC Traditional SCADA

    SLIC is the first control system that doesn't need a SCADA server, control panel, integrator, or a babysitter.

  • wastewaterOS

    wastewaterOS unifies costs, data, maintenance, training, lab results, and automation into one AI-driven platform. It doesn't just monitor; it runs your plant smarter. 

  • MD50 COD

    The MD50 COD is a next generation compact, single parameter photometer for the measurement Chemical Oxygen Demand (COD). The MD50 is an advanced successor to the MD100 COD photometer, offering improved accuracy, enhanced user experience, and expanded testing capabilities. 

  • TB350

    Ideal for field and environmental testing, the TB 350 turbidity meter delivers the most reliable measurements for low range to high range samples without sacrificing accuracy.

  • MD50 Chlorine Colorimeter, LR/HR

    The MD50 Chlorine LR/HR Colorimeter combines a simple user interface with advanced optics to deliver the accurate and reliable results municipal and industrial users require - and packs a lot of features into a rugged, hand-held instrument. 

WASTEWATER MEASUREMENT VIDEOS

Take a quick tour of the Blue-White factory in Huntington Beach, California, where skilled employees are busy building chemical dosing pumps, complete metering systems and flow measurement equipment.