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02029 PREVENTION OF MICROBIOLOGICALLY INFLUENCED CORROSION USING COATINGS

Picture for 02029 PREVENTION OF MICROBIOLOGICALLY...
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Product Number: 51300-02029-SG
ISBN: 02029 2002 CP
Author: Z. M. Muntasser, M. M. A1-Darbi, M. S. Tango, M. R. Islam
Industry: Oil and Gas Production
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Microbiologically influenced corrosion (MIC) cost the pipeline industry millions of dollars every year. Once these organisms become active, they can rapidly corrode steel and most metals at rates more than 50 times faster than that of corrosion of seawater. The sulfate reducing bacteria (SRB) with their ability to withstand in harsh environments have been of great concern to oil production companies for many years. This paper addresses some of the biggest challenges offered by MIC corrosion and proposes a new technique for corrosion prevention in a microbially vulnerable environment. Experimental work was carried out to observe the effect of SRB on inorganic zinc coatings (IOZ) with and without topcoatings. The bio-corrosion mechanism as well as the bacterial growth was identified using a Scanning Electron Microscope and a Computer Image Analyzer.
Microbiologically influenced corrosion (MIC) cost the pipeline industry millions of dollars every year. Once these organisms become active, they can rapidly corrode steel and most metals at rates more than 50 times faster than that of corrosion of seawater. The sulfate reducing bacteria (SRB) with their ability to withstand in harsh environments have been of great concern to oil production companies for many years. This paper addresses some of the biggest challenges offered by MIC corrosion and proposes a new technique for corrosion prevention in a microbially vulnerable environment. Experimental work was carried out to observe the effect of SRB on inorganic zinc coatings (IOZ) with and without topcoatings. The bio-corrosion mechanism as well as the bacterial growth was identified using a Scanning Electron Microscope and a Computer Image Analyzer.
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ISBN: 00390 2000 CP
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02274 EFFECTIVENESS OF CORROSION INHIBITORS IN RETARDING PROPAGATION OF LOCALISED CORROSION

Product Number: 51300-02274-SG
ISBN: 02274 2002 CP
Author: A. Turnbull, D. Coleman, A.J. Griffiths, P.E. Francis, and L. Orkney
Publication Date: 2002
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In many service applications excursions in solution chemistry, temporary loss of inhibitor, or transient increases in temperature may give rise to localised corrosion. To test the return of inhibition when the loss is remedied, the use of an artificial pit has been investigated using simulations of cooling water and of of oil production formation water.
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02276 WHY CORROSION INHIBITORS DO NOT PERFORM WELL IN SOME MULTIPHASE CONDITIONS: A MECHANISTIC STUDY

Product Number: 51300-02276-SG
ISBN: 02276 2002 CP
Author: Hongbin Wang, Hongwei Wang, Hua Shi, Cheolho Kang, and Paul W. Jepson
Publication Date: 2002
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Results of inhibitor performance at slug flow in a 101.6 mm inner diameter horizontal pipeline. Electrochemical Impedance Spectroscopy (EIS) and scanning electrom microscope (SEM) techniques are used to reveal that the strong bubble impact, high shear stress and turbulent intensity are the reasons for a poor performance of inhibitor.
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