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Publications, References and Example Applications

Publications And Abstracts on Coupled Multielectrode Real-time Sensors (PDF list of Publications, 65KB):

Publications by Corr Instruments Employees:

Measurement of Cumulative Localized Corrosion Rate Using Coupled Multielectrode Array, CORROSION/2007, paper no. 07378 (PDF, 417KB)

©NACE International, All Right Reserved. Paper 08378 reproduced with permission from CORROSION/2007 Annual Conference and Exhibition, Nashville, Tennessee. Diego, California.

 

Multielectrode Penetration Sensor for Monitoring Localized and General Corrosion, CORROSION/2007, paper no. 07391 (PDF, 1.2M)

©NACE International, All Right Reserved. Paper  07391 reproduced with permission from CORROSION/2007 Annual Conference and Exhibition, Nashville, Tennessee.

 

 

 

 

 

 

 

 

 

Laboratory And Field Studies Of Localized And General Corrosion Inhibiting Behaviors Of Silica In Zero Liquid Discharge (High TDS Cooling Water) Using Real Time Corrosion Monitoring Techniques  CORROSION/2007, paper no. 07626 (PDF, 0.8M)

©NACE International, All Right Reserved. Paper  07626 reproduced with permission from CORROSION/2007 Annual Conference and Exhibition, Nashville, Tennessee.

 

Coupled Multielectrode Array Systems And Sensors for Real-Time Corrosion Monitoring -A Review, CORROSION/2006, paper no. 06681 (Houston, TX: NACE, 2006)(PDF, 3.3M)

©NACE International, All Right Reserved. Paper 06681reproduced with permission from CORROSION/2006 Annual Conference and Exhibition, San Diego, California.

Real-time Measurement of Crevice Corrosion with Coupled Multielectrode Array Sensors, CORROSION/2006, paper no. 06679 (Houston, TX: NACE, 2006)(PDF, 2.5M)

©NACE International, All Right Reserved. Paper 06679 reproduced with permission from CORROSION/2006 Annual Conference and Exhibition, San Diego, California.

Real-Time Monitoring of Localized and General Corrosion Rates in Simulated Marine Environments Using Coupled Multielectrode Array Sensors, CORROSION/2006, paper no. 06284 (Houston, TX: NACE, 2006)(PDF, 4.6M)

©NACE International, All Right Reserved. Paper 06284 reproduced with permission from CORROSION/2006 Annual Conference and Exhibition, San Diego, California.

Real-Time Monitoring of Localized and General Corrosion Rates in Drinking Water Utilizing Coupled Multielectrode Array Sensors”, CORROSION/2006, paper no. 06094 (Houston, TX: NACE, 2006)(PDF, 1.5M)

©NACE International, All Right Reserved. Paper 06094 reproduced with permission from CORROSION/2006 Annual Conference and Exhibition, San Diego, California.

On-Line Monitoring of Undercoating Corrosions Utilizing Coupled Multielectrode Sensors (PDF, 318KB)

©NACE International, All Right Reserved.  Materials Performance, 44(3), pp 28-32 (2005).

Real-Time Monitoring of Corrosion in Soil Utilizing Coupled Multielectrode Array Sensors (PDF, 1.5M)

©NACE International, All Right Reserved. Paper 05381 reproduced with permission from CORROSION/2005 Annual Conference and Exhibition, Houston, Texas.

Real-Time Monitoring Of Corrosion In Concrete Utilizing Coupled Multielectrode Array Sensors (PDF, 1.0M)

©NACE International, All Right Reserved. Paper 05267 reproduced with permission from CORROSION/2005 Annual Conference and Exhibition, Houston, Texas.

An Improved Method For Real-Time And Online Corrosion Monitoring Using Coupled Multielectrode Array Sensors (PDF, 388KB)

©NACE International, All Right Reserved. Paper 05379 reproduced with permission from CORROSION/2005 Annual Conference and Exhibition, Houston, Texas.

Real-Time Monitoring of Carbon Steel Corrosion in Crude Oil and Brine Mixtures Using Coupled Multielectrode Sensors (PDF, 520KB)

©NACE International, All Right Reserved. Paper 05293 reproduced with permission from CORROSION/2005 Annual Conference and Exhibition, Houston, Texas.

On-Line Monitoring of Undercoating Corrosions Utilizing Coupled Multielectrode Sensors(PDF, 0.8M) (using Corr Instruments’ nanoCorr analyzer)

©NACE International, All Right Reserved. Paper 04033 reproduced with permission from CORROSION/2004 Annual Conference and Exhibition, New Orleans, Louisiana.

On-Line Monitoring of Corrosion under Cathodic Protection Conditions Utilizing Coupled Multielectrode Sensors(PDF, 1M) (using Corr Instruments’ nanoCorr analyzer)

©NACE International, All Right Reserved. Paper 04094 reproduced with permission from CORROSION/2004 Annual Conference and Exhibition, New Orleans, Louisiana.

These publications cover the following applications:

• in cooling water systems of chemical plant 

• in humid gases

• under salt deposits

• under biofilms (bio-deposits)

• in process streams of a major chemical plant

• evaluation of corrosion inhibitors

• comparison with electrochemical noise method

• quantitative pitting rate measurements for alloys in chloride solutions

• review article in Material Performance

• review article in ASM Handbook

Examples of Corrosion Monitoring with nanoCorr^TM :

• Experimental Data for CS, Brass and SS316 Corrosion in Water (ppt presentation)

• Applications of nanoCorr^TM and Coupled Multielectrode Probes (JPEG, 99KB)

• In Concrete and Soil (JPEG, 82KB)

• Test Results in Soil with and without Cathodic Protection (JPEG, 91KB)

• Test Results in Concrete with and without Cathodic Protection(JPEG, 105KB)

• in Process Streams and Vessels Containing Liquids or Gases  (PDF, 216KB)

• Test Results under Cathodic Protection Conditions (PDF, 409KB)

• Test Results under Coatings (PDF, 0.9M)

• Measured Corrosion Rates of Carbon Steel, Brass and Stainless Steel in Drinking Waters(JPEG, 102KB)

• Applications under High-Temperature and High-Pressure(JPEG, 86KB)

Principle of Coupled Multielectrode Sensors and nanoCorr Analyzers:  

• nanoCorr measures directly the flow of electrons from localized corrosion sites to cathodic sites of a corroding metal (PDF, 195KB)

• nanoCorr has extremely high precisions for real-time corrosion monitoring (PDF, 153KB)

• Effects of H2S on Coupled Multielectrode Array Probes Can Be Avoided or Minimized by Using Smaller Coupling Resistors(PDF, 54KB)

• nanoCorr gives fast and reproducible responses to changes in solution chemistry (PDF, 124KB)

• nanoCorr A-50 for Localized and General Corrosion Rates (JPEG, 93KB)

• nanoCorr S-50 Monitoring Station for Corrosion Rates, pH, ORP and other parameters(JPEG, 86KB)

• nanoCorr Analyzes(JPEG, 120KB)