A Practical Manual on Microbiologically Influenced by John G. Stoecker

By John G. Stoecker

This really functional handbook is the much-awaited follow-up to "A sensible guide on Microbiologically stimulated Corrosion", first published via NACE overseas in 1993. an ideal significant other to the 1st variation, quantity makes use of a similar layout whereas supplying new fabric and present advancements with a world impact. a number of the subject matters coated contain: The function microorganisms play in corrosion reactions, the incidence of MIC in various industries, suggestion on how one can determine even if corrosion difficulties are with regards to MIC, and MIC remedy and prevention assistance. the subjects indexed above are illustrated via various charts, graphs, and pictures. every one bankruptcy is authored via a famous professional within the box of MIC.
entrance topic
• desk of Contents
1. advent
2. Fungal-Influenced Corrosion of Metals in Humid Environments
three. Biodegradation of Nonmetallic Engineering fabrics
four. The Biodeterioration of creating fabrics
five. Microbiologically prompted Corrosion in hearth defense Sprinkler structures
6. MIC in Underground Environments: exterior Corrosion within the gasoline Pipeline
7. MIC within the energy
colour Plates
eight. MIC within the Waste remedy Industries
nine. therapy for the Mitigation of MIC
10. concepts for MIC tracking
eleven. MIC Case Histories

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Extra info for A Practical Manual on Microbiologically Influenced Corrosion, Volume 2

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2. 0. Guillitte, “Bioreceptivity: A New Concept for Building Ecology Studies,” Sci. Total Environ. 167 (1995): 215-220. 3. 0. Guillitte and R. Dreesen, “Laboratory Chamber Studies and Petrographic Analysis as Bioreceptivity Assessment Tools of Building Materials,” Sci. Total Environ. 167(1995): 365-374. 4. C. Saiz-Jimenez, “Deposition of Anthropogenic Compounds on Monuments and Their Effect on Airborne Microorganisms,” Aerobiologia 11(1995): 161-175. 5. M. Meincke, E. Krieg, and E. , the Dominant Ammonia-Oxidizing Bacteria in Building Sandstone,” Appl.

After three months of incubation with the cyanobacterium Gloeofhece sp. PCC 6909, it was observed that bioreceptivity was different for the three materials. Better growth and development of the biofilm was provided by mortar, followed by Carrara marble, and Balegem calcarenite. The type of treatment apparently had no effect on the bioreceptivity of mortar and Carrara marble to cyanobacterium. In the case of the calcarenite, growth was absent in untreated samples or samples treated with frost-thaw cycles (frost and thaw Throughout history humans have used the most beautiful and durable stone for monumental buildings.

27-36. 63. C. Saiz-Jimenez, “Causas del Deterioro de 10s Murales de Daniel Vazquez D/az, Monasterio de Santa Maria de la Rabida, Huelva,” Mundo Cientifico 18(1981): 1007-1 01 1. 64. A. S. J. 19 The Biodeteriorationof Building Materials 65. 66. 67. 68. 69. 70. 71. 72. 73. 74. 75. Biologically Inert Surfaces,” in Biodeterioration of Materials, Vol. 1, eds. H. J. Elphick (New York, NY: Elsevier, 1968), pp. 79-98. C. A.

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