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LPR Corrosion Probe

EMT LPR Corrosion Probe is an advanced electrochemical device designed to monitor corrosion rates in various industrial applications, including piping systems and cooling towers exposed to conductive water flow. By utilizing LPR technology, these sensors provide precise measurements of corrosion rates, enabling effective corrosion control and management.

Categories: , Product ID: 25544

Description

EMT LPR Corrosion Probe is an advanced electrochemical device designed to monitor corrosion rates in various industrial applications, including piping systems and cooling towers exposed to conductive water flow. By utilizing LPR technology, these sensors provide precise measurements of corrosion rates, enabling effective corrosion control and management.

1. Key Features

The EMT LPR Corrosion Probe is equipped with a range of advanced features designed to provide accurate and reliable monitoring of corrosion rates in various applications. Here’s a detailed overview of its key features:

LPR Corrosion Probe

 

🔧 Built for Your Exact Needs

We engineer every probe to fit your unique operation:

  • Installation Flexibility: Choose high-pressure (10,000 psi), flanged (ANSI 2500#), or quick-retrofit models

  • Adaptable Designs: Telescoping probes (adjust 50mm-5m onsite), rigid/flexible bodies, or custom lengths

  • Smart Electrode Options: Optimized for turbulent flow, stratified layers, or harsh media (H₂S/CO₂)

  • Material Matching: Electrodes in 316L, 20#, or specialty alloys to mirror your pipe metallurgy

🛡️ Engineered to Last

Rigorously tested for critical pipeline environments:

    • Extreme Condition Rating: -40°C to 200°C / 15,000-hour lifespan (3× industry average)

    • Zero-Failure Record: 99.98% factory acceptance rate with full traceability (PMI/weld reports)

    • Validation Proof: NACE TM0497 certified accuracy (±5%), leak-proof to 1×10⁻⁹ mbar·L/s

    • 3-Year Warranty: Industry’s longest coverage with 48-hour emergency support

 

⚙️ Pipeline Intelligence

Solutions designed by corrosion specialists:

  • Real-Time Threat Detection: Identifies corrosion spikes in <15 seconds (MIC, acid attacks)

  • Inhibitor Optimization: Automatically calculates chemical efficiency to cut costs 15-30%

  • Seamless Integration: 4-20mA/Modbus outputs connect directly to SCADA or PI systems

  • Compliance Ready: Meets API 1163, NACE SP0106, and ATEX Zone 1 standards


2. Applications of LPR Corrosion Probe

The EMT LPR Corrosion Probe provides critical real-time corrosion monitoring for pipeline integrity management:

1) Transmission & Gathering Pipelines

  • Continuous Corrosion Rate Monitoring: Tracks internal pipe wall corrosion instantly, surpassing intermittent methods.

  • Inhibitor Optimization: Quantifies inhibitor effectiveness for precise dosage control.

  • Early Anomaly Detection: Alerts to localized corrosion, MIC, or water accumulation risks.

2) Processing Facilities & Terminals

  • Critical Asset Monitoring: Monitors separators, vessels, and tanks in corrosive environments (e.g., wet H₂S service).

  • Process Validation: Verifies effectiveness of dehydration, sweetening, and pH control.

  • Material Performance: Evaluates alloy corrosion rates for maintenance decisions.

3) Storage (Caverns & Tanks)

  • Cyclic Operation Monitoring: Tracks corrosion during gas injection/production and brine level changes.

  • Cathodic Protection Validation: Assesses CP system effectiveness in complex environments.

  • Water Chemistry Control: Guides treatment strategies for formation water/brine.


3. Complete Your Corrosion Management Solution

 

While our LPR probes deliver real-time corrosion rate alerts, pair them with EMT’s ER (Electrical Resistance) Probes for quantified metal loss tracking. Together, they form a closed-loop monitoring system:

  • LPR: Instantaneous corrosion spikes detection (e.g., MIC attacks, upsets)

  • ER: Cumulative thickness loss measurement (mm/year accuracy)

  • Synergy: Validate inhibitor performance + predict remaining asset life

→ Explore ER Probe Specifications

Selection Guide

Model LPR Corrosion Monitoring Probe
LPR5000 Sealing Lock Tight Packing Style Installation
LPR6000 Flange Fixed Integral Welding Style Installation
LPR7000 High-Pressure Load-Bearing Style Installation
LPR8000 Normal Temperature and Pressure Fixed Threaded Stub Style Installation
  Code Probe Installation Form
    SS Telescoping Insertion Length Style
    GD Fixed Insertion Length Style
    RD Probe Body Cable Flexible Style
      Code Probe Length/Installation Length
        850 No prefix letter, full length of the telescoping probe (replace with actual length when ordering)
        GDXXX Length from the sealing end of the fixed probe to the electrode head is XXXmm
        RDXXX Length from the sealing end of the flexible probe body cable to the electrode head is XXXmm
          Code Electrode Form
          3Z Three-Fingered Columnar Electrode
          3P Three-Piece Planar Electrode
          3H Three-Ring Annular Electrode
          XD Custom Form Electrode
              Code Electrode Material (Replace with actual material domestic standard)
                20# 20# Electrode Material
                316 316 Electrode Material
                Q235A Q235A Electrode Material
                  Code Flange Fixed Probe Flange Standard (Standard, size replace as actual)
                    GB… GB HG/T20592-2009 DN50 PN25 RF
                    MB… MB HG/T20615-2009 CL150 DN50 RF
                       
LPR5000 SS 850 3Z 20#   Example 1
LPR6000 GD GD200 3P 316 MB HG/T20615-2009 CL150 DN50 RF Example 2
LPR7000 RD RD1000 3H Q235A     Example 3