Water Instrumentation White Papers & Case Studies,

  1. Versatility Of Thermal Mass Flow Meters
    3/10/2014

    There are many well documented flow meter technologies that are essentially trying to accomplish the same thing: measure fluid flow rate. Some of the technologies that are entrenched in the market, such as flow meters that utilize differential pressure as the measurement principle, are well understood by customers. Thermal mass flow meters however, such as the Magnetrol® Thermatel® TA2, are a rapidly growing technology that is continuously evolving.

  2. The Benefits Of A Venturi Meter
    2/19/2014

    With the introduction of new measurement technologies and the myriad of performance claims from sale literature, it’s easy to lose sight of the important elements that an effective flow meter offers no matter what technology is used. Long known for their longevity, reliability, and long term performance, Venturi meters provide the widest variety of measurement options in piped systems for liquids, gas, steam, and mixed media of any metering technology – all while offering the highest degree of traceable accuracy. By Primary Flow Signal, Inc.

  3. Protecting Our Water – Keep Chemicals In The Tank
    2/12/2014

    Leaking or overfilled tanks can cause environmental problems, contaminate drinking water, and cost a company millions of dollars. Proper instrumentation, monitoring and control can prevent these problems. By Bill Sholette, Level Products Business Manager, and Ricardo Chavez, Solutions Business Manager, Endress+Hauser

  4. Making Accurate pH Measurements
    1/21/2014

    Like the old saying goes, give a man a watch and he always knows what time it is. Give him two watches and he never knows the correct time. What do watches have to do with pH? In this article, we will tie the analogy of accurate time to pH measurement and show how to make more accurate, dependable and believable pH measurements by using three pH sensors.

  5. Thermal Dispersion Technology Helps Utility Meet Federal Environmental And Health Regulations
    11/15/2013

    Many water quality plants are using flow controls to help achieve critical operational goals. This recent case study shows how thermal dispersion flow meters can help your plant ensure compliance with stringent government regulations.

  6. Pulse Burst Radar 'Levels' Competition For Chemical Waste Tank Process Control
    11/15/2013

    Our customer case studies illustrate how our proven level and flow controls are helping industry leaders improve the safety of their mission-critical applications. This recent case study demonstrates that pulse burst radar technology can provide a highly reliable level control solution for challenging process applications.

  7. How Larger Flow Meters Speak Volumes
    11/13/2013

    As the price of water continues to increase, errors in flow measurement are magnified for distribution networks that transport large volumes of water. These systems often incorporate meters over 48 inches in diameter, which can be a challenge to calibrate. Learn how choosing the proper calibration method can ensure the most accurate measurements. By Richard Lowrie, Water and Wastwater Industry Specialist, KROHNE, Inc.

  8. Continuous Phosphate Monitoring Improves Reliability
    11/11/2013

    When municipalities choose to manually feed phosphates into their potable water, this often creates an over-feed of chemicals. Learn how employing an automatic-dosing phosphate analyzer can reduce operating costs and improve reliability.

  9. New AMR System Improves Efficiency, Conservation, Customer Service And Revenue For Coeur d’Alene
    9/20/2013

    The City of Coeur d’Alene, Idaho, had been using a drive-by Automatic Meter Reading (AMR) system to read all of its meters since 2010, but according to Rob Stark, utility supervisor for the City of Coeur d’Alene Water Department, it wasn’t realizing the full benefits with its existing system.

  10. Ultrasonic Metering For Small Water Meter Applications
    9/19/2013

    For many years, ultrasonic metering has been utilized for large scale liquid and gas measurement. However, it is a relatively new technology for small meter applications — particularly those designed for potable water.