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3440 total products found.
Picture for Development And Demonstration Of RH-Controlled Accelerated Atmospheric Corrosion Test Environments
Available for download

Development And Demonstration Of RH-Controlled Accelerated Atmospheric Corrosion Test Environments

Product Number: 51321-16819-SG
Author: Erica Macha; James Dante; Travis Eliason; Alexander Lilly; Rachel Black; Victor Rodrigez-Santiago
Publication Date: 2021
$20.00
Picture for 96033 CORROSION OF C-MN-STEEL AND 0.5 %
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96033 CORROSION OF C-MN-STEEL AND 0.5 % CR STEEL IN FLOWING CO2 SATURATED BRINES

Product Number: 51300-96033-SG
ISBN: 96033 1996 CP
Author: Trend Rogne, Tor Gunnar Eggen, Unni Steinsmo
$20.00
Picture for 97410 2-(DecyIthio)ethanamine Hydrochloride:
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97410 2-(DecyIthio)ethanamine Hydrochloride: A New Multifunctional Biocide Which Enhances Corrosion Inhibition

Product Number: 51300-97410-SG
ISBN: 97410 1997 CP
Author: Dr. Richard W. Walter, Lisa M. Cooke
$20.00
Lifting of Multiple in-Service Lines for CUPS Inspections and Remediation
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Lifting of Multiple in-Service Lines for CUPS Inspections and Remediation

Product Number: 51220-246-SG
Author: Kurt Gribnitz, Jan van der Merwe
Publication Date: 2020
$20.00

Introduced in this paper is a newly developed jacking solution developed in conjunction with the petrochemical industry for providing safe access to multiple CUPS whilst the lines are in-service, giving plant engineers and contractors critical information on pipe condition and access to perform maintenance. 
Picture for Cathodic Protection Optimization Using Integrated External Corrosion Management
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Cathodic Protection Optimization Using Integrated External Corrosion Management

Product Number: 51324-20917-SG
Author: Keith Parker; Trey Johnston; Christophe Baeté
Publication Date: 2024
$40.00
Monitoring and maintaining cathodic protection systems is a significant effort for operators each year. Annual survey locations are typically established at features such as casings and foreign pipeline crossings where abnormal operating conditions could result in elevated corrosion rates. Additional test stations are commonly located such that a maximum spacing is not exceeded and installed at locations of convenience, but it is unclear which test station locations provide meaningful data with respect to external corrosion risk. This paper reviews findings of a collection of case studies performed by the Integrated External Corrosion Management (IECM) team since 2021. Process improvements, assessment results, and high-level economic analysis for selected case study pipeline segments will be reviewed and discussed.
Picture for Investigation of MEG-Water Co-Condensation by In-Situ Refractometry
Available for download

Investigation of MEG-Water Co-Condensation by In-Situ Refractometry

Product Number: 51323-19285-SG
Author: Sondre Borg Gjertsen, Attila Palencsár, Tor Hemmingsen
Publication Date: 2023
$20.00

Top-of-Line Corrosion (TLC) is a practical but costly problem for unprocessed natural gas transport. Utilizing multiphase pipelines instead of processing the well-fluids offshore has required massive modeling development to control hydrate formation and corrosion. At the inlet of the pipelines, the gas, and other well fluids have much higher temperatures than the pipelines' outside environment, e.g., cold ocean water or river water.
Picture for Coatings and Coating Processes for Metals

Coatings and Coating Processes for Metals

Product Number: 38229
ISBN: 087170613X
Author: Edited by Dr. James H. Lindsay
$179.00
Picture for 03200 INSTALLATION OF AN INSTRUMENTED CATHODIC
Available for download

03200 INSTALLATION OF AN INSTRUMENTED CATHODIC PROTECTION SYSTEM ON A LARGE DIAMETER AST

Product Number: 51300-03200-SG
ISBN: 03200 2003 CP
Author: Terry Wilken, James R. Dimond, Frank J. Ansuini
$20.00
Fluorescent (OAP) Coatings Inspection Safety
Available for download

Fluorescent (OAP) Coatings Inspection Safety

Product Number: 41213-750-SG
Author: David H. Sliney, Terry L. Lyon, Paul D. Gossen
Publication Date: 2013
$20.00

The Optically Active Pigmented (OAP) coatings inspection process was developed by NAVSEA around 2004 to increase the speed and accuracy of tank coatings inspections. In an OAP inspection, violet LED inspection lights illuminate special tank coatings that fluoresce to increase the contrast between coated and uncoated steel. 
Picture for The Fundamentals of Cleaning & Coating Concrete

Fundamentals of Cleaning and Coating Concrete, The

Product Number: 38363
ISBN: 1889060615
Author: Edited by Randy Nixon and Dr. Richard Drisko
$125.00
Picture for New Coatings in Research vs Military Specified Coatings Used for Steel Structures
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New Coatings in Research vs Military Specified Coatings Used for Steel Structures

Product Number: 51324-21209-SG
Author: Carolyn N. Ortiz; Drew Miller; Rebekah Wilson; Brooke Divan
Publication Date: 2024
$40.00
Paints and coatings are commonly applied to military steel structures to enhance the durability, corrosion resistance, and protect raw materials. The Paint Technology Center, Technical Center of Expertise (TCX) consistently conducts research and gathers performance data of coating systems new and old for military and civil work infrastructure applications. In this experiment the novel and currently specified coatings were exposed to UV/condensation, salt fog, and low temperature conditions within the laboratory. The performance data collected within this environment show the disparities between these coatings by comparing both nondestructive and destructive testing data. The desire is to present images and comparative graphs of the coatings performance and provide possible application of new coatings analyzed based on the results. It is our goal that the research conducted aids in the acceptance of novel coatings into the existing military coating specification and guides as well as informs new technology development in industry.
Picture for A Damage-Based Approach and Predictive Modeling of Corrosion in Substrate/Coating Systems Using Artificial Neural Networks
Available for download

A Damage-Based Approach and Predictive Modeling of Corrosion in Substrate/Coating Systems Using Artificial Neural Networks

Product Number: 51324-21150-SG
Author: Victor Ponce; Walter Tarr; Allison Mahood; Heather Eich; Homero Castaneda
Publication Date: 2024
$40.00

The long-term performance of three different automotive surface coatings (physical barrier, sacrificial, and hybrid) was predicted using electrochemical impedance spectroscopy (EIS). Corrosive conditions faced by vehicles in the field, such as deicing, can be simulated using accelerated methods. The coating/metallic substrate interface experiences various degradation mechanisms during exposure to harsh conditions. In this work, real-time measurements were performed via EIS testing to characterize the degradation and corrosion mechanism of coating and substrate. After the real-time measurements, a mathematical framework based on mechanistic and machine-learning concepts was developed. Phase angle plots from EIS were utilized to monitor the state of the coating during steady-state conditions and train the Artificial Neural Network (ANN) as an arrangement of Time Series Prediction (TSP). The transport processes, activation, and interface interaction with the corrosive environments were analyzed as a corrosion mechanism and were predicted via the ANN model. The ANN has predicted the coating performance for several years, and the experimental results have been validated by employing scanning electron microscopy (SEM) imaging. Each coating condition has been validated via SEM imaging at the initial state and when the coating protection is activated.

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