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Picture for Performance of Next Generation CUI Mitigation Systems
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Performance of Next Generation CUI Mitigation Systems

Product Number: 51317--9331-SG
ISBN: 9331 2017 CP
Author: Neil Wilds
Publication Date: 2017
$20.00

This paper will detail the performance differences between 1st generation and the next generation of ‘Multi Polymeric Inorganic Copolymer ‘and the proven benefits observed by the end user in the field but will also look at the alternatives to traditional insulation in the fight against corrosion under insulation (CUI).

 
Picture for Performance of Thermal Spray Coatings in Phase Change Materials (PCMs) used in Geothermal Plants
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Performance of Thermal Spray Coatings in Phase Change Materials (PCMs) used in Geothermal Plants

Product Number: 51323-18862-SG
Author: Shiladitya Paul, Catherine Leahy
Publication Date: 2023
$20.00

Geothermal energy has been an integral part of the renewable energy mix for several decades. The total installed geothermal power generation capacity by the end of 2021 was 15,854 MW. Despite the challenges imposed by the pandemic, new capability was developed, and capacity was added in several countries. The capacity was increased by 246 MW from the figure in 2020.4
Picture for Performance of Thermally Sprayed Aluminium in 10MPa Supercritical CO2
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Performance of Thermally Sprayed Aluminium in 10MPa Supercritical CO2

Product Number: 51324-21069-SG
Author: Shiladitya Paul; Catherine Leahy
Publication Date: 2024
$40.00
This paper reports the performance of thermally sprayed aluminium (TSA) in an aqueous solution pressurized with 10MPa supercritical CO2 at 40°C. Carbon steel specimen (BS EN 10025 S355) was coated with TSA and exposed to 3.5 wt.% NaCl solution pressurised with 10MPa CO2. The specimen was taken out after the 168h test and post-test examination was carried out. Post-test visual examination indicate no significant signs of damage which was confirmed by microstructural characterization. The SEM micrographs indicated promising behaviour of TSA with no corrosion was seen at the TSA-steel interface. However, one must note that the test was carried out for 168h and such short term test seldom give long-term corrosion performance. Nonetheless, the initial results looks interesting and provides some indication of TSA’s promise for protection of steel against CO2 corrosion.
Picture for Performance of Thermally Sprayed Corrosion Resistant Alloy (CRA) Coatings in 50MPa Supercritical CO2
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Performance of Thermally Sprayed Corrosion Resistant Alloy (CRA) Coatings in 50MPa Supercritical CO2

Product Number: 51317--9007-SG
ISBN: 9007 2017 CP
Author: Shiladitya Paul
Publication Date: 2017
$20.00

This paper reports the performance of HVOF-sprayed corrosion resistant alloy (CRA) coatings in an aqueous solution bubbled with 50MPa supercritical CO2.

Picture for Performance of Three Types of Coatings in a Simulated Corrosion Under Insulation Condition
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Performance of Three Types of Coatings in a Simulated Corrosion Under Insulation Condition

Product Number: 51317--9296-SG
ISBN: 9296 2017 CP
Author: Junki Miyashita
Publication Date: 2017
$20.00

This paper evaluates the resistances to CUI of three types of coatings under severe CUI conditions using a vertical pipe test method. Certain possible improvements in the test method are also discussed.
Performance of Two-Coat v/s Three Coat Paint Systems
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Performance of Two-Coat v/s Three Coat Paint Systems

Product Number: 41214-829-SG
Author: Shameem A. Khan
Publication Date: 2014
$20.00

The Federal Highway Administration, through its Innovative Bridge Research and Construction Program, requested research in the performance of paint coatings applied to bridges. The Maryland State Highway Administration tested two different, two ─ coat systems in a side-by-side comparison with its standard three ─ coat paint system consisting of organic zinc primer / epoxy polyamide intermediate / aliphatic urethane finish coat (currently the “State of the Art” system for most States).
Performance of Two-Coat Zinc Rapid Deployment Systems on Steel Surfaces
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Performance of Two-Coat Zinc Rapid Deployment Systems on Steel Surfaces

Product Number: 41205-160-SG
Author: Shuang-Ling Chong
Publication Date: 2005
$20.00

Two-Coat zinc-rich primed systems with a fast-dry topcoat were evaluated for their potential to replace the conventional three-coat zincrich/epoxy/polyurethane bridge coating systems for rapid field deployment.
Picture for Performance of UNS N06625 Weld Clad on Carbon Steel in CO2/H2S Environment at 120°C
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Performance of UNS N06625 Weld Clad on Carbon Steel in CO2/H2S Environment at 120°C

Product Number: 51319-12767-SG
Author: Shiladitya Paul
Publication Date: 2019
$20.00

Carbon steels are widely used in the oil and gas exploration and production service. However these materials are prone to corrosion and cracking in CO2/H2S. The propensity to cracking increases when higher strength grades are employed. The use of corrosion resistant alloys incurs costs; however these costs are justified in environments where severe corrosion or cracking of cheaper carbon steel is anticipated. Cost reduction can be attained if these materials are coated by an industrial method such as weld cladding onto carbon steel. To understand the behaviour of UNS N06625 weld clad on carbon steel several weld clad specimens were prepared and tested in de-aerated 3.5 wt.% NaCl solution for 30 days in 9.5 MPa CO2 containing 0.5MPa H2S at 120°C. Specimens were also tested in stressed conditions. Microstructural characterization revealed that the ‘swirls’ of carbon steel in the clad specimens were susceptible to sulphide scale formation in the test environment. These swirls can extend up a few hundred micrometres from the fusion line. The stressed specimens showed no visible cracks at 10X magnification.Thus when selecting the thickness of weld cladding on carbon steel one should choose the thickness to avoid swirls reaching the surface of the cladding.
Picture for Performance Of Vapor Corrosion Inhibitors For Localized Corrosion Mitigation Of Double Shell Storage Tanks At Hanford
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Performance Of Vapor Corrosion Inhibitors For Localized Corrosion Mitigation Of Double Shell Storage Tanks At Hanford

Product Number: 51321-16629-SG
Author: Pavan K. Shukla/ Roderick E. Fuentes/ Bruce J. Wiersma
Publication Date: 2021
$20.00
Performance or Preference? A look at Selected Systems for Water Tank Interiors
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Performance or Preference? A look at Selected Systems for Water Tank Interiors

Product Number: 41207-395-SG
Author: Dan Zienty, Tony Ippoliti
Publication Date: 2007
$20.00

Periodic and final tank monitoring during a two-year warranty offered to The City of Anoka, conducted jointly by Liquid Engineering Corporation, Sherwin Williams and SEH, identified no comparable differences between a single application of Corothane I Galvapac NSF, B65 Series, and two traditional systems used to repair and/or protect water tank interior surfaces.
Picture for Performance Test Results of New Artificial Non-Metallic Abrasive
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Performance Test Results of New Artificial Non-Metallic Abrasive

Product Number: MPWT19-14265
Author: Sangki Chi, Ebad ul Haque, Shaj K. Manjalivalapil
Publication Date: 2019
$0.00

Abrasive material forms a major component for surface preparation in coating applications. Since blastin
g method developed in 1890s, abrasive materials and its application methods also significantly improve
d to enhance blasting efficiency. In general, steel grit and shot ball are being used predominantly as me
tallic abrasives. Garnet and coal slag are used as non-metallic abrasives. Each abrasive is selected and
applied in accordance with the work location and substrate material of structures to be coated. In this st
udy, we have evaluated a new artificial non-metallic abrasive (ferrochrome slag) which is a by-product fr
om ferrochrome production process for stainless steel. This evaluation also included the checking of sur
face cleanliness performance and coating quality based on international test methods and field trials. Fo
r verifying the cleanliness quality, various tests were conducted as per international standards (ISO 850
1-8503). Sea water immersion test (ISO 2812-2) and cyclic test (ISO 12944-9) were carried out to check
coating performance after blasting. The field test results indicates that all inspection and quality criteria o
f surface preparation were met as per international standards. Furthermore, coating performance test re
sults also showed this abrasive does not have any adverse effect on coating properties.
Picture for Performic Acid for MIC Prevention in Treated Water Systems: Balancing Biocidal Efficacy Against Oxidizer Induced Corrosion
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Performic Acid for MIC Prevention in Treated Water Systems: Balancing Biocidal Efficacy Against Oxidizer Induced Corrosion

Product Number: 51319-13463-SG
Author: Conor Pierce
Publication Date: 2019
$20.00

The use of oxidizers as biocides in the oil and gas industry has been increasing in recent years. Specifically peroxy acids (or peracids) have been shown as efficient cost-effective biocides across a range of water treatment applications due in part to their strong oxidation potential. While this trait makes peracids very effective at controlling MIC it also increases the risk of corrosion from either the parent acid or oxygen from the oxidizer when not properly dosed. Performic acid in particular has significant potential for both biocidal performance and dosage-related corrosion due to it being a stronger oxidizer than even peracetic acid. In this paper we will present a study that weighs the biocidal efficacy of performic acid against its impact on metal corrosion. These results will help define a program for preventing microbial influenced corrosion in water treatment systems by performic acid.
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