AMPP Store - Petroleum Refining

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SP0407-HD2013-SG, Format, Content, and Guidelines for Developing a Materials Selection Diagram

Product Number: 21123-HD2013

ISBN: 1-57590-212-5

Publication Date: 2013

$179.00

Developing a materials selection diagram (MSD) to document the materials selection of new equipment and piping for the refinery, process chemical, power, and other industries. HISTORICAL DOCUMENT

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SP0472-2020, Methods and Controls to Prevent In-Service Environmental Cracking of Carbon Steel Weldments in Corrosive Petroleum Refining Environments

Product Number: SP0472-2020

ISBN: 1-57590-114-5

Publication Date: 2020

$109.00

This standard establishes guidelines to prevent most forms of environmental cracking of weldments in carbon steel refinery equipment, including pressure vessels, heat exchangers, piping, valve bodies, and pump and compressor cases. Weldments are defined to include the weld deposit, base metal HAZ, and adjacent base metal zones subject to residual stresses from welding. It defines standard practices for producing weldments in P-No. 1 steels resistant to environmental cracking in corrosive petroleum refining environments. This standard is maintained by Task Group 326.

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SP0491-2012-SG Worksheet for the Selection of Oilfield Nonmetallic Seal Systems

Product Number: 21051-SG

ISBN: 1-57590-169-2

Publication Date: 2012

$109.00

Guidelines and a worksheet to be used in selecting nonmetallic seal materials for oilfield applications. Formalizes procedures for how chemical, thermal, and pressure conditions must be outlined.

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SSPC-Paint 16-2023, Coal-Tar Epoxy Polyamide (Black or Dark Red) Coating

Product Number: SSPC-Paint 16-2023

Publication Date: 2023

$109.00

This coating material standard is intended primarily for use by coating manufacturers, specifiers, and applicators. It contains requirements for the formulation of the coating material as well as requirements for material properties of the formulated coating and instructions for proper application of the coating. The coating is intended for use in environments that are not exposed to ultraviolet light. Its use may be restricted in some areas due to its coal tar content.

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SSPC-Paint 32-2015, Coal Tar Emulsion Coating

Product Number: SSPC-Paint 32-2015

Publication Date: 2015

$179.00

HISTORICAL DOCUMENT.

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SSPC-Paint 32-2023, Coal-Tar Emulsion Coating

Product Number: SSPC-Paint 32-2023

Publication Date: 2023

$109.00

STABILIZATION NOTICE: This document has been declared “Stabilized” by AMPP Standards Committee (SC) 03 and will no longer be subjected to periodic reviews for currency.

This specification covers a coal-tar emulsion coating to be used as a protective weather coat for hot- or cold-applied bituminous coatings on steel structures. It may also be used over suitable primers as a protective coating for aboveground steel structures subjected to atmospheric exposure and the deleterious effects of oxidation and ultraviolet radiation.

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Stress Corrosion Cracking of Austenitic Grade 347 and Duplex Grade 2205 Stainless Steels in Refinery Simulated Media Containing Hydrogen Sulfide and Chloride

Product Number: 51320-14406-SG

Author: K. Ravindranath, B. Al-Wakaa, R. Alazemi, N. Tanoli

Publication Date: 2020

$20.00

Stabilized austenitic stainless steel (SS) grade 347 is used extensively in high-temperature processes in the petroleum refining industry, while duplex SS (DSS) grade 2205 is a relatively newer material in the industry. Though these grades of SSs perform well in refinery process streams, there are incidents of failure of process equipment attributable to stress corrosion cracking (SCC). The paper deals with a study on the cracking susceptibility of SS grade 347 and DSS grade 2205 in refinery simulated process environments containing hydrogen sulfide and chloride. The paper also reports the electrochemical behavior of these SSs in the medium containing hydrogen sulfide and chloride. The electrochemical behavior of the alloys was assessed by cyclic polarization experiments. Slow strain rate test (SSRT) was used to evaluate the susceptibility of the alloys to SCC. The cyclic polarization studies indicate that the H2S – chloride synergism had a pronounced effect on the localized corrosion susceptibility of 347 SS, while the effect was marginal on the alloy DSS 2205. The SCC susceptibility of 347 SS and DSS 2205 is strongly influenced by hydrogen sulfide-chloride synergism. Initiation of corrosion pits and the sulfidation of active pits due to the synergism were the important steps in the initiation of SCC.

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Thin Sol-Gel Coatings for Fouling Mitigation in Heat Exchangers

Product Number: 51317--9168-SG

ISBN: 9168 2017 CP

Author: Seth Taylor

Publication Date: 2017

$20.00

Fouling and corrosion of heat exchangers poses a challenge for oil and gas operators. Here we describe recent efforts to develop and deploy thin, sol-gel-derived coatings to mitigate fouling and promote continuous operation of exchangers without compromising heat transfer efficiency.

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TM0498-2018, Evaluation of the Carburization of Alloy Tubes Used for Ethylene Manufacture

Product Number: 21235-SG

Publication Date: 2018

$179.00

HISTORICAL DOCUMENT. Two methods of evaluating relative carburization resistance of alloys used in ethylene cracking furnace tubes. Standardized data that allows evaluation of tube supplier carburization data.

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TM0498-HD2014-SG Evaluation of the Carburization of Alloy Tubes Used for Ethylene Manufacture-HD2014

Product Number: 21235-HD2014

Publication Date: 2014

$179.00

Historical Document. Two methods of evaluating relative carburization resistance of alloys used in ethylene cracking furnace tubes. Standardized data that allows evaluation of tube supplier carburization data.

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TR21447-2020, Consequences of Coating Failures as Related to Interaction with Cathodic Protection

Product Number: TR21447-2020

Publication Date: 2020

$109.00

The purpose of this NACE International technical report is to provide basic information regarding the mechanisms involved with cathodic protection (CP) shielding for external coatings applied to carbon steel pipelines, and the manner in which the breakdown of coating systems may or may not contribute to CP shielding. It is intended to be a basic reference from which the tendency of a coating system to fail and shield CP may be understood on a conceptual basis. Non-corrosion-related pipeline protection systems, including concrete weight coating, polyethylene encasement, insulation, and mechanical pipeline protection systems, are outside the scope of this report. End users of this report may include pipeline designers, corrosion engineers, integrity management specialists, regulators, CP service providers, coating suppliers, coating service providers, equipment suppliers, and pipeline/facility owners.

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TR3T199-2020, Techniques for Monitoring and Measuring Corrosion and Related Parameters in Field Applications

Product Number: TR3T199-2020

Publication Date: 2020

$109.00

Revised in 2020! Assessment of corrosion in the field is complex because of the variety of applications, process conditions, and fluid phases that exist in industrial plants where corrosion occurs. A wide range of direct and indirect measurement techniques is available, but each technique has its strengths and weaknesses. In some applications, certain techniques cannot be used. Some techniques can be used online, while others are used off-line. Commonly, more than one technique is used so the weaknesses of one are compensated for by the strengths of another. In other cases, a combination of different techniques can be synergistic, such as process sampling along with detection of corrosion upset.

The purpose of this technical committee report is to analyze the various techniques with respect to their benefits and limitations across the broad spectrum of industries in which they are used.

This revision incorporates Guided Wave Monitoring (GWM), On-Line Gas Chromatography (GC), and Acoustic Solid Detection (ASD) techniques and updates references to NACE standards.

Petroleum Refining

Association for Materials Protection and Performance