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This standard establishes a SSR test method for screening CRA materials (i.e., stainless steels and nickel-base alloys) for resistance to SCC at elevated temperatures in sour oilfield production environments. Historical Document 1998
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Determining the deposit weight density (DWD) on a boiler tube surface, via the glass-bead-blasting technique. Removes most boiler deposits. Useful when other methods fail.
This standard describes a simple test method that employs GBB equipment to remove boiler waterside deposits on a piece of tubing removed from a representative area of a boiler. Historical Document 1999
DOWNLOADABLE HISTORICAL DOCUMENT. Test methods to evaluate coating systems for seawater immersion service on exterior surfaces of submerged offshore platform steel structures, piers, docks, pilings, subsea valves, and wellheads.
This updated NACE International standard test method specifies test methods to evaluate the performance of liquid coating systems for seawater immersion services. This test method is intended for use by facility owners and coating manufacturers.The test method covers liquid exterior protective coating systems for offshore platform steel structures, piers, docks, pilings, subsea valves, and wellheads at normal seawater temperature.
Included are four test methods—including cathodic disbondment, seawater immersion resistance, aging stability, and edge coverage—used to evaluate coating systems. The test method also includes two tables; Table 1 details fingerprinting of coating materials, and Table 2 details the test panel geometry, size, substrate material, and minimum quantity.
This method tests the vapor-inhibiting ability (VIA) of volatile corrosion inhibitor (VCI) materials. Evaluates vapor transport and corrosion protection with simple, low-cost apparatus.
Test method to measure properties and stability of Cu/CuSO4 permanent reference electrodes (PREs) under environmental stress. Specifically measures migration of CuSO4 from - and chloride into - the PRE.
Standard test method for microbiologically influenced corrosion (MIC) on internal surfaces of pipelines. Types of microorganisms, MIC mechanisms, sampling and testing. Research results, and interpretation of test.
Conducting controlled velocity corrosion tests in the laboratory wherein a corrosive solution may be moved at a known tangential velocity across the face of corrosion test specimens. Historical Document 1972
A pilot plant method for determining the extent and rate of uniform corrosion of metals in circulating, high temperature water or aqueous solutions at temperature >100 C (212 F) but < ~360 C (680 F). Historical Document 1974
A pilot plant method for determining the extent and rate of uniform corrosion of metals in circulating water or aqueous solutions at temperatures greater than 100 C° (212° F) but less than approximately 360° C (680° F). Historical Document 1974
A pilot plant method for determining the extent and rate of corrosion of metals in circulating high-temperature water at temperatures > 100°C (212°F) but < ~360°C (680°F). Historical Document 1995