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Corrosion behavior of 3Cr steel in CO2-O2 aqueous environment containing silty sand w/different sizes was investigated by immersion tests & electrochemical measurements. Results showed corrosion rate & morphology of 3Cr steel were affected by the size of silty sand.
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The stability of buffer solutions for martensitic stainless steel OCTG material was experimentally evaluated by the scratch repassivation technique in electrochemical measurements.
Some 1,401 underground diesel storage tanks were analyzed for average maximum pit depths over the years 2003 till 2016. The results showed that since the addition of biodiesel the average pit depth increased due to Microbiologically Influenced Corrosion (MIC).
Five fungal organisms were isolated using Starkey media from the soil of corroded pipeline tank. The influence of these fungal isolates on both rusted and non – rusted mild steel plates were studied for a period of 25 days.
An experiment to simulate bare field joint configuration under cathodic protection over a long term exposure in seawater on a 3LPE coated pipe section in renewed seawater and half-buried in mud. Results conclude that the bare field joint concept is feasible.
Brief descriptions of the mechanisms of common types of corrosion attacks in petrochemical and refinery environments viz. Wet H2S, Caustic, Amine, Carbonate corrosion and cracking.
Exposure tests were performed at normal and high pressure where CO2 is supercritical or in dense phase. The focus was set on the corrosion process of condensate as drops on the surface of carbon steels in CO2 with impurities at 278 K
This paper attempts to compare the critical pitting temperature (CPT) for alloys when ASTM G150 is not applicable. By using MgCl2 as electrolyte, the boiling point is increased and the measuring zone for CPT is broader.
The present paper presents and discusses the various components contained in an electrical equivalent circuit describing the AC corrosion process from a computer modelling perspective.
In this work, we suggest and present an improved scheme of CMS with the additional element of external R&D studies, to achieve the highest level of reliability.
This study investigates the behaviour of the API X80 steel in relation to hydrogen absorption in solutions with different concentrations of H2S, at static and tensile test conditions.
Two drilling mud samples, taken at different HDD operations. Results demonstrated the presence of microorganism populations associated with microbiologically influenced corrosion (MIC) at one of the two test locations.