Microbiologically-influenced corrosion treatment

Microbiological fouling, in industrial water treatment, 26 146—149 Microbiologically influenced corrosion (MIC), in industrial water treatment, 26 128-129 Microbiology... [Pg.583]

A.A. Stein and Y. Mussalli, Chemical Treatment for Mitigation of MIC, A Practical Manual on Microbiologically Influenced Corrosion, Gregory Kobrin, Ed., NACE International, 1993, p 113-121... [Pg.443]

The late David White has been quoted as saying Microbiologically influenced corrosion is industrial venereal disease it s expensive, everybody has it and nobody wants to talk about it . If you ask any one who has been involved in MIC assessment for an industry, he can tell you stories for hours about how he has tried first to convince the industry about (I) the importance of corrosion treatment, and (2) the involvement of some bugs in corrosion. I personally believe that what happened in Alaska s Prudhoe Bay is an alert for all people who are involved in design, operation and maintenance do not underestimate bugs ... [Pg.73]

Steam and natural waters. Titanium alloys are highly resistant to water, natural waters, and steam to temperatures in excess of 300°C. Excellent performance can be expected in high-purity water and fresh water. Titanium is relatively immime to microbiologically influenced corrosion (MIC). Typical contaminants found in natural water streams, such as iron and manganese oxides, sulfides, sulfates, carbonates, and chlorides do not compromise titanium s performance. Titanium remains totally unaffected by chlorination treatments used to control biofouling. [Pg.766]

Stein AA, (1993) MIC Treatment and Prevention in A Practical Manual on Microbiologi-caUy-influenced Corrosion, Kobrin G, (ed.), NACE, Houston, TX, USA Ronay D, Fesus I, Wolkober A (1987) New Aspects in Research in Biocorrosion of Underground Structures, Corrosion 87, Brighton, UK... [Pg.105]

Stein AA (1993) MIC treatment and prevention. In A practical manual on microbiologi-cally-influenced corrosion Kobrin G (ed) NACE Houston Texas USA Lee J (1998) Bacterial biofilms less likely on electropolished steel Agricultural Res p. 10 Percival SL, Knapp JS, Wales DS, Edyvean RGJ (2000) Metal and iuorgauic ion accumulation in biofihns exposed to flowing and stagnant water. Brit Corrosion J 36(2) 105-110 Sreekumari KR, Nandakumar K, Kikuchi Y (2004) Effect of metal microstructure on bacterial attachment A contributing factor for preferential mic attack of welds. Paper No. 04597. CORROSION 2004, NACE International... [Pg.157]

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