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Design, installation, operation, and maintenance of deep groundbeds for control of external corrosion of underground or submerged metallic structures by impressed current cathodic protection.
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HISTORICAL DOCUMENT. Cathodic protection to all oil-treating vessels. Includes design criteria, selection, and installation of applicable systems, and the operation, monitoring, and maintenance of installed systems.
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.
In the worldwide oil and gas industry, the application of epoxy phenolic coatings has been a dominant strategy to obtain high heat resistance from coatings and to mitigate corrosion under insulation (CUI) of both insulated carbon and stainless steel pipes operating up to 392°F (200°C). These coatings, however, are sensitive to overapplication, prone to cracking, and costly to repair when damaged.
Measurement techniques and precautions commonly on underground tanks to determine if compliance with a specific criterion has been achieved.
Types of microorganisms and mechanisms by which MIC occurs on external surfaces of buried, ferrous-based metal pipelines. Testing for the presence of bacteria, research results, and interpretation.
Aboveground evaluation of the coating condition of underground metallic pipelines. Includes surveys of alternating current (AC) attenuation, direct current (DC), AC-voltage gradient, and the Pearson survey.
Slow strain rate (SSR) test method for screening and evaluating susceptibility of steels to ethanol Stress Corrosion Cracking (SCC). Relevent to the distribution of fuel ethanol.
HISTORICAL DOCUMENT. Test method specifies procedures to evaluate cathodic disbondment resistance of the steel structure coating systems under cathodic protection, such as buried or submerged pipeline and tank linings.
HISTORICAL DOCUMENT. This standard test method provides descriptions of the measurement techniques and cautionary measures most commonly used on underground and submerged piping other than offshore piping to determine whether a specific criterion has been met at a test site. This standard contains instrumentation and general measurement guidelines. It includes methods for voltage drop considerations when structure-to-electrolyte potential measurements are made and provides guidance to minimize incorrect data from being collected and used. This standard is maintained by Task Group 020.
Testing procedures on a buried or submerged steel, cast iron, copper, or aluminum pipeline. Instrumentation and measurement guidelines. Voltage drop considerations for pipe-to-electrolyte measurements.