Lift station pump failures follow a predictable pattern: unreliable level sensing leads to dry running, cavitation, or overflow — then an emergency callout. The fix is sensors designed for the conditions wastewater actually creates.
Water utilities face level measurement problems that are distinct from standard industrial applications — foam, turbulence, corrosive dosing chemicals, and regulatory requirements for continuous documented data. Here’s what works and what doesn’t.
Water for Injection storage demands contamination-free level measurement, continuous recirculation, and full validation documentation. Non-contact radar with hygienic process connections ticks all three boxes.
The Christmas shutdown period is both a maintenance opportunity and a hidden risk window. A focused pre-shutdown instrumentation check prevents the call-outs that ruin January — and sets up a productive new year.
When level sensors give inaccurate readings, operators run pumps harder and longer “just to be safe.” That overcorrection is costing your plant 15–25% more in pumping energy than necessary.
Mounting a pressure transmitter in a different orientation than it was calibrated can introduce up to 2% of span error before you’ve even connected to the process. Here’s why it happens and how to avoid it.
Acids, caustics, and solvents destroy contact-based level sensors in months. Non-contact radar eliminates the corrosion problem entirely by measuring from above the liquid surface — no wetted parts, no degradation.