Microbiologically Influenced Corrosion Testing
Editor(s): Jeffery R. Kearns, Brenda J. Little
A review of the state-of-the-art of microbiology influenced corrosion (MIC) testing in the early 1990s. Many industrial needs in the area of MIC testing are identified in these papers along with the latest laboratory and field testing techniques. Strategies to monitor and control corrosion and biofouling in water distribution systems, underground pipelines, buildings, and marine vessels are discussed. From this a consensus emerges on how to evaluate and reliably simulate microbiological factors in real systems and laboratory tests.
21 peer-reviewed papers in 6 chapters:
• Electrochemical Methods
• On-Line Monitoring Methods
• Surface Analysis
• SRB Characterization
• Non-Metallics
• and Service Water Systems.
Table of Contents
BJ Little, PA Wagner
AM Brennenstuhl, TS Gendron
BJ Webster, RC Newman
F Mansfeld, H Xiao
Z Lewandowski, T Funk, F Roe, BJ Little
G Salvago, G Taccani, G Fumagalli
PSN Stokes, MA Winters, PO Zuniga, DJ Schlottenmier
TR Jack, E Rogoz, B Bramhill, PR Roberge
GJ Licina, G Nekoksa, RL Howard
HA Videla, F Blanchi, MMS Freitas, CG Canales, JF Wilkes
CR Clayton, GP Halada, JR Kearns, JB Gillow, AJ Francis
PA Wagner, RI Ray
MB McNeil, AL Odom
BJ Little, P Wagner, J Jones-Meehan
G Voordouw, TR Jack, JM Foght, PM Fedorak, DWS Westlake
R Mansch, E Bock
J Jones-Meehan, KL Vasanth, RK Conrad, M Fernandez, BJ Little, RI Ray
W Sand, T Dumas, S Marcdargent
DHJ Wagner, WR Fischer, HH Paradies
F Kajiyama, K Okamura, Y Koyama, K Kasahara
WR Fischer, DHJ Wagner, HH Paradies
JS Luo, X Campaignolle, DC White