Process Diagram for VCT-only retention control

Cost Effective Retention Control: Continuous FPR and FPAR Values

Pulp Quality | Pulp/Stock Parameters
December 20, 2022
Nathan McAlee

Search by…

To get continuous readings to support the calculation of First Pass Retention (FPR) and/or First Pass Ash Retention (FPAR) values, Satron Lumina VCT Consistency transmitters are the cost-effective, long-term solution to your control strategy.  

Cost Saving & Operational Benefits

    • Reduce Off-spec Production
    • Optimize Water Chemistry

    • Timely Operator Action

    • Less Pressure for Lab Tests

    • Transmitter results can be sent to DCS (via 4-20mA) for FPR/FPAR calculation

No Moving Parts, No Sample Lines

    • Superior performance and durability to Blades and Microwaves
    • Matches/Surpasses Measurement Repeatability of Available Analyzers
    • In-line, min. 2” Pipe

    • Does not have the infrastructure requirements of Analyzers
    • Configuration to fit specific existing piping infrastructures

    • Low Maintenance Burden

0 Comments

How the ProEye Analyzers Work

Read how the ProEye CS and ProEye 100 optical transmitters work. These cost effective transmitters deliver real-time insights, improving paper and molded fiber product quality.

read more

Hard, Crusty Layers Messing Up My Tall Oil Plant!

Hard, crusty layers that cling tenaciously in the tall oil plant are a pain in the butt. Just like that kettle used to boil hard water for a long time without cleaning; the white, chalky substance that forms on the inside is similar to the scale buildup in the tall...

read more

ProEye®CS: The Right Choice for Consistency in Pulp & Paper Production

Discover the unmatched capabilities of the ProEye CS Consistency Transmitter in pulp and paper production. With its superior accuracy, minimal process interference, and advanced features, it stands out as the optimal choice. Learn how ProEye CS ensures consistent quality and operational efficiency, solidifying its status as a leader in the industry.

read more