TURBIDITY FLOW CELL

GUIDED WAVE™ Flow Cell for At-Line Measurements Where a Direct Insertion Probe is Not Practical

Description

TURBIDITY PROCESS FLOW CELL

Our GUIDED WAVE™ Turbidity Process Flow Cell was developed for at-line measurements where a direct insertion probe is not practical. The turbidity measurement detects solids breakthrough in your process while simultaneously measuring the transmission provided a 20mm optical path length is appropriate, for example, when monitoring Saybolt color. One of the primary advantages of UV-VIS and NIR process spectroscopy is the utilization of intrinsically safe fiber optic cables to remotely locate the analyzer relative to your process.

While direct insertion probes eliminate sample loops and sample systems and their associated problems, sometimes it is necessary to install sample loops for safety, service, and/or sample conditioning reasons. The Multi-Purpose Flow Cell MPFC is a convenient, compact, rugged sample interface that is easy to install and maintain.

  • Suitable for Haze or Turbidity and select transmission measurements
  • Measurement is made by a 90° backscatter measurement
  • Clean out port for easy window cleaning
  • Compatible with our ClearView db analyzers configured for Haze or turbidity

APPLICATIONS

  • Crude Oil Processing
  • Water in Solvents
  • Polyurethane Synthesis
  • Caustic in Water
  • Online Monitoring of Saybolt Color with a ClearView db Photometer 
  • Probes and Flow Cells for Extreme Environments 
  • Learn how our GUIDED WAVE RUGGED PROBES & FLOW CELLS MEET REFINERY REQUIREMENTS.
  • Interested in learning more about our GUDIED WAVE PROBES & FLOW CELL SAFETY STANDARDS?
  • Water Analysis in an Alcohol-Brine Solution with a ClearView db Photometer
  • Water in Acetic Acid & p-Xylene with a ClearView db Filter Photometer
  • Styrene, Acrylonitrile & Methyl-Ethyl-Ketone (Mek) for Online Control on a Styrene Tower
  • Ensure Proper Ethylene Glycol Production Yields using NIR Technology
  • Improve Yield During Diisocyanate & Urethane Synthesis
  • Fast Reliable Measurements of Polyurethanes
  • Probes & Flow Cells for Extreme Environments
  • Probes and Flow Cells for High Temperature and Hazardous Polymer Measurements
  • Inline Transmission Probe For FT-NIR Measurements
  • Online Monitoring of APHA Color (ASTM D1209) with a ClearView db Photometer
Advanced Process Engineering
Advanced Process Engineering (APE) is a critical technologies solution provider of instruments, subsystems, and process control that measure, control, monitor, analyse critical parameters of advanced manufacturing processes to improve process performance and productivity.
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