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An Optically Active Coating System for Coating Ballast Tanks
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An Optically Active Coating System for Coating Ballast Tanks

Product Number: 41205-156-SG
Author: Earl Bowry, Miles Buckhurst
Publication Date: 2005
$20.00

Development of a ballast tank coating has its' challenges, providing a long term protective coating that can withstand the stress of operational life, whilst being applied in less than ideal conditions has always been the goal. 
Picture for An Organometallic Ester Corrosion Inhibitor for Use in Direct-to-Metal Acrylic Paints
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An Organometallic Ester Corrosion Inhibitor for Use in Direct-to-Metal Acrylic Paints

Product Number: 41212-681-SG
Author: John E. Hughes
Publication Date: 2012
$20.00

Traditionally, the light industrial/general maintenance paint systems involved a primer along with multiple coats of acrylic finish paint to achieve acceptable corrosion resistance over mild steel substrates.  The new Direct-To-Metal (DTM) acrylic paints are formulated to eliminate the primer and perform as a primer and as a tough finish coat in a single paint, reducing the time and materials needed for complete coverage
An Ounce of Prevention... The Reliability of Field Methods for Detecting the Presence of Amine Blush on Epoxy Coatings
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An Ounce of Prevention... The Reliability of Field Methods for Detecting the Presence of Amine Blush on Epoxy Coatings

Product Number: 41205-190-SG
Author: Cynthia L. O'Malley, John Simser, Carly M. Pravlik,
Publication Date: 2005
$20.00

Shop and field conditions of high humidity and cool temperature during curing of amine-cured epoxy coatings can produce a haze or oily residue on the surface.  This is commonly referred to as “amine blush.”  The residue is caused by the presence of unreacted amine on the surface of the epoxy coating reacting with carbon dioxide and moisture in the air to form a carbamate. 
Picture for An Overlooked Corrosion Risk? The Incompatibility of Biocides and Oxygen Scavengers
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An Overlooked Corrosion Risk? The Incompatibility of Biocides and Oxygen Scavengers

Product Number: 51317--9060-SG
ISBN: 9060 2017 CP
Author: Ben Folwell
Publication Date: 2017
$20.00

The present study aimed to determine the effectiveness of isothiazolinone compared to DBNPA against three representative groups of oilfield bacteria, at a range of concentrations in the presence and absence of an oxygen scavenger.

 
An Overview and Comparison of Surface Cleanliness Standards for the Protective Coatings Industry
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An Overview and Comparison of Surface Cleanliness Standards for the Protective Coatings Industry

Product Number: 41216-965-SG
Author: Nico Frankhuizen
Publication Date: 2016
$20.00

At present multiple standards on blast-cleaned surfaces are in use depending on region and specifications of the project. However, most standards are relatively clear on the description of a surface some overlap each other. These overlaps are often considerate as the norm for the most comparisons between ISO and related documents, however, sometimes are significantly off. Some of these documents will be highlighted to compare the results and their impact on the coating job.
An Overview of Petrographic Examination of Concrete as Related to Polymer Floor Coating Failures
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An Overview of Petrographic Examination of Concrete as Related to Polymer Floor Coating Failures

Product Number: 41213-727-SG
Author: Jon Asselanis
Publication Date: 2013
$20.00

Often when a polymer coating failure occurs, the concrete quality and integrity are questioned. Core samples removed from the concrete slab are examined using petrographic techniques to help determine the cause of the coating failure. The basics of the petrographic examination, the equipment used and what information it can provide are presented.
Picture for An Overview of Significant Updates to High Voltage Holiday Detection Standards (NACE SP0188/SP0274/SP0490, ASTM D5612/G62, ISO 29601)
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An Overview of Significant Updates to High Voltage Holiday Detection Standards (NACE SP0188/SP0274/SP0490, ASTM D5612/G62, ISO 29601)

Product Number: 51324-21164-SG
Author: Michael Beamish; Lake Barrett
Publication Date: 2024
$40.00
High Voltage Holiday Detectors are commonly used to locate pinholes in coatings by generating a spark when an electrode passes over an area of bare substrate. Pinholes and areas of a non-continuous coating film can provide a direct path for premature failure of the coated asset. Historically a rule of thumb across the coating industry had been to utilize 100 volts per mil of coating as the recommended voltage setting for holiday detection. A paper presented at a recent AMPP conference1 provided compelling evidence, and confirmed industry suspicions, that the rule of thumb and test voltages specified by nearly every published standard were inadequate to reliably detect all holidays. In response, industry stakeholders worked to build consensus and update the relevant standards with science-based and experimentally-proven specifications that help ensure High Voltage Holiday Detectors are used appropriately, and with the correct voltage settings, to reliably detect holidays. This paper provides a review of these updates.
An Overview of Water Leakage Paths into Exterior Walls
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An Overview of Water Leakage Paths into Exterior Walls

Product Number: 41206-249-SG
Author: Kurt R. Hoigard, Garth D. Hall
Publication Date: 2006
$20.00

Water leakage into exterior wall construction is one of the principal causes of damage and deterioration to facade materials and underlying construction. This paper discusses the basic approaches currently used to keep water out of buildings and their relationship to several common exterior wall systems.
An Update and Review of Offshore Systems and Current Testing Scenarios
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An Update and Review of Offshore Systems and Current Testing Scenarios

Product Number: 41206-266-SG
Author: Mike Mitchell
Publication Date: 2006
$20.00

Offshore coating systems have evolved over the past 50 years to allow for restrictions in raw material use and solvent emissions. This has meant that many tried and tested systems can no longer be used.  This paper describes the industry in terms of attempts to generate suitable prequalification testing scenarios which will prevent premature failures of untried new systems
Picture for Analyses Methodologies For In-Situ Corrosion Monitoring Of Tank Bottom Plate Corrosion
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Analyses Methodologies For In-Situ Corrosion Monitoring Of Tank Bottom Plate Corrosion

Product Number: 51321-16896-SG
Author: Pavan K. Shukla; Roderick E. Fuentes; Bruce J. Wiersma; Crystal Girardot; Jason Page; Shawn T. Campbell
Publication Date: 2021
$20.00
Picture for Analysis and Monitoring of Welded Carbon Steel Corrosion in Aqueous Solutions Using Electrochemical Noise and Wavelet Analysis
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Analysis and Monitoring of Welded Carbon Steel Corrosion in Aqueous Solutions Using Electrochemical Noise and Wavelet Analysis

Product Number: 51324-21243-SG
Author: Ahmed Abdulmutaali; Katerina Lepkova; Chris Aldrich
Publication Date: 2024
$40.00
The corrosion of welded carbon steel in the presence of aqueous chloride-containing solutions at 30 °C was analyzed by use of electrochemical noise (EN) and wavelet transform analysis (WTA) in three different solution systems. It is shown that features extracted from sections of the EN signals imaged by way of wavelet scalograms could be used to identify different types of corrosion, as well as for online monitoring of corrosion. Moreover, the corroded welded steel surfaces were examined using 3D profilometry to gather information about localized defects (pits). These results demonstrated that electrochemical noise associated with wavelet transform analysis, particularly wavelet scalograms, is an effective tool for monitoring localized corrosion of welded carbon steel.
Analysis of Coating Blister Failures and Associated Coating and Substrate Risks
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Analysis of Coating Blister Failures and Associated Coating and Substrate Risks

Product Number: 51220-254-SG
Author: Michael Kibler, Patrick Cassidy, Jay Ong
Publication Date: 2020
$20.00

Blistering is a common failure in marine coatings that can be caused by both physical, such as osmotic pressure and temperature gradients, and electrochemical forces like cathodic or anodic polarization. This paper/presentation will start by discussing the various mechanisms that lead to coating blistering, how blisters form, and how to prevent them. 
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