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Soil-side corrosion of the bottom plates of aboveground storage tanks is the main cause of tank failure. A case study is discussed in this paper, in which failures of three storage tanks were investigated. Soil analysis revealed high salt content and low resistivity.
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The paper describes the development of the methodology for the full ring, full thickness 4-point bend (4PB) and large scale DCB specimens and the results obtained from these tests.
This paper involved a case study of a project involving AC interference on pipelines located in Canada where soil resistivities increase rapidly by up to several orders of magnitude once water in the soil freezes in the winter.
Experimentation was performed to determine if there might be a way to further reduce the AC voltages on pipelines better than the existing system of just using parallel ground paths as a mitigation technique.
A case study where MIC was recognized as primary cause of failure for an encased ductile iron water pipeline. The cathodically protected pipe was located within the proximity a creek crossing and had suffered from multiple failures.
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Three recent international pipeline projects illustrate that the typical surface profile height and abrasive blast cleaning requirements in today’s coating standards and specifications have not been sufficient to define the adequate level of the abrasive blasting.
Diakont has developed a new technology for reliable API 653-compliant floor inspections in filled storage tanks.
This section of pipeline was in a high consequence area. Low flow, its narrow internal diameter, tight bends and plug valves made the pipe unsuitable for traditional smart pigging. Industry worked with pipeline service vendors to develop a suitable solution.
Laboratory and field experiment results show that the soil resistivity is the main influencing factor of the cathodic protection current distribution of horizontal directional drilling. This article also gives a test method for effectiveness of cathodic protection of HDD.
This benchmarking study involved both the application of biocides to reduce biofilm formation on clean carbon steel and the application of biocide to established biofilm.
This paper illustrates how appropriate use of predictive flow models and pipeline inclination profiles, in conjunction with dew point analysis, improves the prediction of locations susceptible to internal corrosion.
Key agents that cause stress corrosion cracking on API 5L X70 steel in anhydrous fuel ethanol by statistical analysis of chemical analyses data of anhydrous-ethanol samples and data from previous stress corrosion cracking tests.