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APPLICATIONS

“We have worked hard to map the technologies that are key and critical to our product development.”

Weston WelchCEO Lucent Water

Ballast Water Treatment Systems

  • Multi-Parameter (TRO, ORP, Cond, pH, Temp)
  • No Chemical Reagents or Waste Streams
  • Operation and accuracy at varying flow rates
  • Lower Installation & Maintenance Costs
  • Flow Insensitive
  • Rapid Response
  • Robust and Reliable Performance
  • Hot-Tap Valve Allows Installation at Any Time
  • Self-Cleaning-Electrochemical and Mechanical
  • Operates in Fresh, Brackish, and Seawater
  • Long Lasting Calibration

Revolutionary Micro-Wire Working Electrode

Capable of measuring Total Residual Oxidants and tunable to measuring other compounds like free chlorine, chlorine, total chlorine, bromine, monochloramines, ozone, chlorine dioxide and more.

Water Treatment Systems
Water Treatment Systems

Aquaculture

Lucent’s 4 electrode electrochemical sensor detects Free Chlorine, Chlorine, Bromine, Monochloramines, Ozone, Chlorine Dioxide, and more.  With the functionality to test 5 parameters, it eliminates the cost of purchasing several discrete sensors to install.  Costly installation and maintenance are minimized due to a simple direct line insertion or submersible application.  In addition, no chemical reagents are needed for testing.

Advanced Micro-Potentiostat

Employing multiple discrete electrodes for enhanced accuracy and reliability.

Wastewater

Ready for a solution to the problems caused by frequent sensor recalibration and potential failure?  An amperometric design using bare electrodes means no chemical reagents or membranes to maintain and replace.  Other commercially available sensors require fragile membranes filled with electrolyte that often tear or stretch, leading to calibration issues and inaccurate readings.  Our TRO Sensor can operate for long periods of time without maintenance or calibration.

Patented 4-Electrode Design

This breakthrough design allows for an advanced electrochemical cleaning process that eliminates scaling and biofilm formation on electrodes.  This allows for accurate testing with minimal calibration in even the most intricate conditions like water reclamation and recovery.

Municipal Drinking Water

Sensors installed directly into the sample line allow for fast TRO readings every minute for more accurate control.  Online DPD systems need fed by long sample lines, potentially introducing contamination and increases the time between measurements.  This delayed sample loop creates problems with accurate control, leading to over and under chlorination.

In-line Installation

Our technology is insensitive to changes in flow and pressure, lowering installation costs associated with sampling lines thus improving the accuracy of water treatment system control.