AMPP Store - Products tagged with 'cleaning'

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04322 Darrell Hartwick, Don Hutchinson, and Mylene Langevin, Buckman Laboratories

Product Number: 51300-04322-SG

ISBN: 04322 2004 cp

Author: Darrell Hartwick, Don Hutchinson, and Mylene Langevin, Buckman Laboratories

Publication Date: 2004

$20.00

Traditionally, closed system treatment programs have involved adding corrosion inhibitor and
periodically testing for the residual. To be effective, these treatment programs must also
include cleaning. This paper will discuss the various aspects that should be evaluated as part of a closed system treatment program.

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06536 CORROSION EFFECTS FROM HIGH IRON CONCENTRATION IN ALKALINE CHELANT BOILER CLEANING

Product Number: 51300-06536-SG

ISBN: 06536 2006 CP

Author: J. W. Horvath, J. F. Harvey

Publication Date: 2006

$20.00

If the iron concentration in an alkaline chelant boiler cleaning solution reaches a high value when dissolving magnetite, it sometimes continues to increase rapidly and not level, indicating corrosion of the boiler metal. A laboratory study of “runaway iron increases” investigated the cause and the best mitigation methods.

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Characterizing Corrosion On AA-7075 Through Alternative Cleaning Methods And Optical Profilometry

Product Number: 51322-17579-SG

Author: Steven Kopitzke, Karla De Jesus Santiago, Rachel Black

Publication Date: 2022

$20.00

Measuring the severity of corrosion on a specific alloy is often accomplished via mass loss using ASTM G-1. These processes work well and provide high fidelity data for many materials, especially steels. However, recent internal findings and disclosures from other research groups have highlighted a potential issue with using mass loss techniques to measure the damage on some aluminum alloy surfaces.

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Corrosion Management Improvements in Liquids-Rich Shale Play - Pipeline Internal Corrosion Mitigation Case Studies

Product Number: 51324-20990-SG

Author: Monica Fernandez; Chris Jeske; Robert Terry; Ruben Carrera

Publication Date: 2024

$40.00

This paper details the process followed to enhance the pipeline internal corrosion management during operational stage in a liquids-rich shale play, focusing on pipeline internal corrosion mitigation. The process involves several key steps, encompassing a thorough review of historical data (operational conditions, fluid chemistry, corrosion coupons, chemical treatments, pigging activities, inspection results, among others), meticulous data analysis, strategic scheduling, implementation of short-term, mid-term, and long-term actions, followed by periodic monitoring to evaluate barrier performance in conjunction with an inspection plan to confirm asset integrity and optimize resource utilization. The improvements have considered industry best practices, know-how, lessons learned, valuable insights gained from past failures, challenges encountered within upstream operations for corrosion and integrity activities execution, and the actions taken to overcome them.

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Development and Implementation of a Novel Method to Remove Inorganic Zinc Coating from Low Alloy Steel

Product Number: 41215-913-SG

Author: Barry Messer, Yasir Idlibi, Sergio Vitomir

Publication Date: 2015

$20.00

Inorganic zinc (IOZ) silicate coating was previously applied to partially fabricated low alloy, 21/4 Cr-1MoV, high temperature, hydrogen, reactor vessels for long-term storage corrosion protection prior to final welding and post weld heat treatment (PWHT) at 690-720°C (1274-1328°F). The need for complete coating removal to mitigate the known embrittlement and weld cracking that can occur after welding and PWHT led to the development of a novel, environmentally friendly method to remove IOZ to trace levels below 1 ppm.

Ethics

Product Number: 78-COAT_DEC21

Author: Robert (Bob) Dahlstrom / Michael Hindmarsh

Publication Date: 2021

$20.00

Cleaning, coating, and the nondestructive testing (NDT) of corrosion-susceptible surfaces requires extensive manual labor, often at heights that can create dangerous occupational environments. Drones, also known as uncrewed/unmanned aerial vehicles or systems (UAVs, UASs), can be leveraged to perform some of these tasks, including cleaning and coating, while keeping workers safely on the ground.

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Evaluating the Flash Rust Protection of Water-Based Cleaners and Their Role in Surface Preparation

Product Number: 51324-20745-SG

Author: Lisa Marston; Luke Stone

Publication Date: 2024

$40.00

In metalworking processes, contaminants can interfere with future processing steps and may accelerate corrosion on metal parts. As such, a cleaning step is often implemented prior to coating or packaging finished parts. Industrial cleaners are typically water-based with blends of surfactants, co-solvents, chelating agents, and/or flash rust inhibitors. While accelerated corrosion tests such as humidity and salt fog exist, they are typically too aggressive for the evaluation of flash rust inhibitors in cleaners which are not meant to provide long-term corrosion protection. There is a need in the industry for a quick and reliable way to select a cleaner that meets the needs of the application and is compatible with the overall process. A screening method to compare the flash rust protection ability of various water-based cleaners was investigated. Modified vapor inhibiting ability (VIA) testing and linear polarization resistance (LPR) tests were performed on carbon steel plugs treated with several cleaners. Industry standards currently recommend that any detergent or cleaner be removed from metal surfaces prior to applying coatings. When evaluating cleaning processes where coatings will be subsequently applied, adhesion testing should be paired with the screening test. The effects of various cleaners on adhesion of a waterborne acrylic coating were investigated.

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Guidelines for Proper Care and Restoration of EIFs and Non-EIFs Exteriors

Product Number: 41211-600-SG

Author: Robert W. Dazel

Publication Date: 2011

$20.00

The primary scope of this paper is to outline guidelines for cleaning, repairing, and restoring / renovating Exterior Insulation and Finish Systems (EIFS) and non-EIFS exteriors.

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Implementation of Pulsed Laser Ablation Technology in Surface Preparation Processes

Product Number: 51324-20982-SG

Author: Matt Binsfield

Publication Date: 2024

$40.00

The transition of pulsed laser ablation (PLA) technology into the hands of maintainers within shipyards and the transportation industry requires an assessment of multiple factors. From the technical perspective relative to surface preparation and corrosion mitigation, it is essential to understand the impact of PLA energy into substrates and the resultant adhesion characteristics of subsequent coatings. Technical areas to be discussed include metallurgical properties, such as stress corrosion cracking, weldability, bulk properties, fatigue life, as well as adhesion. The effective application of laser ablation is of critical concern to preservation professionals, which requires an understanding of how the process works, the proper appearance of a laser ablated surface, whether that is a tightly adhered existing coating prepared for re-coating, or to expose some or all of the base metal substrate. Accordingly, both laser operators and inspectors need specific information and training to appropriately use the technology to meet preservation objectives and requirements. These needs will be addressed through a forthcoming AMPP Laser Ablation Standard, Technical Guide, and Visual Guide. Determining where to apply PLA based on extensive test data currently available, as well as understanding where future investigation is required, will be summarized.

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Issues with Correlation between Accelerated Test Methods and Field Performance

Product Number: 51324-20975-SG

Author: Gunnar Dunér; Ted Best; Dongrui Yang; Victoria Gelling

Publication Date: 2024

$40.00

Lifetime prediction often relies on various accelerated methods with the end goal of accurately predicting time-to-failure and failure modes which may occur during real-world exposure. This presentation will focus on a case study for organic coatings over a coil-type metal substrate. Samples from 2011 were evaluated by multiple corrosion, humidity, flexibility, and adhesion measurements prior to field exposure at two test fences in Florida. An unexpected field failure, general blistering, was observed relatively rapidly after the field exposure commenced. This study focuses on data analysis of the 2011 physical and corrosion tests, field exposure results, and recent electrochemical and microscopic evaluations of unexposed 2011 retain samples. The retain samples were from the same 2011 study, but they were never tested and were maintained wrapped on a shelf in a laboratory. No correlation was observed between the standard 2011 tests and the resulting field performance. However, newer test methods, including Electrochemical Impedance Spectroscopy (EIS) and Scanning Transmission Electron Microscopy (STEM) cross-section analysis with elemental mapping, provided insight into the reason for the field blister failure. The proposed mechanism of failure was inconsistencies in pretreatment deposition which caused inconsistent EIS performance and localized blistering upon field testing.

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NACE No. 1/SSPC-SP 5-2006-SG (Chinese) White Metal Blast Cleaning

Product Number: 21129-SG

ISBN: 1-57590-107-2

Publication Date: 2006

$179.00

Requirements for "White Metal" - one of five levels of cleanliness of steel surfaces achieved by blast cleaning with the use of abrasives. (White Metal, Near-White Metal, Commercial, Industrial, Brush Off)

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NACE No. 1/SSPC-SP 5-2006-SG (Spanish), Limpieza Abraviva a Metal Blanco

Product Number: 21135-SG

ISBN: 1-57590-107-2

Publication Date: 2006

$179.00

Describe el nivel de limpieza abrasiva que se llama "Metal Blanco". Metodos con aire comprimido (limpieza con chorro de arena o limpieza de la ráfaga) . Uno de cinco niveles: Metal Blanco, Metal Casi Blanco, Comercial, Industrial, Superficial

Products tagged with 'cleaning'

Association for Materials Protection and Performance