Journal article
Development of a laboratory test for microbial involvement in accelerated low water corrosion
S Wade, L Blackall
Microbiology Australia | CSIRO PUBLISHING | Published : 2018
DOI: 10.1071/MA18049
Abstract
Microbially influenced corrosion (MIC) is a general term for when microbes affect material corrosion processes. The rapid corrosion that can occur due to MIC can cause significant dangers and costs for owners of relevant assets in relation to predicting structural safety, design of new structures andmaintenance.Verification and/orprediction that a structure may be subject to MIC is not straightforward and, when metal surfaces are involved, it requires a series of metallurgical, microbiological and chemical tests. A useful part of this testing can be laboratory-based studies of microbial consortium samples from the environment of interest. However, there are no standard guidelines for how to ..
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Funding Acknowledgements
The work was supported by funding from the Port of Melbourne Corporation. The authors thank Christine Crawshaw (formerly of the Port of Melbourne Corporation) and Rebecca Alfred, Yeannette Lizama, Savithri Galappathie, Enzo Palombo and Paul Stoddart from Swinburne University for assistance in various aspects of planning and the testing undertaken. The Australian Centre for Ecogenomics at The University of Queensland carried out the QIIME analysis of Illumina MiSeq generated data.