The University of Oklahoma Biocorrosion

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The Biocorrosion Center at the University of Oklahoma (OUBC) is working to generate new knowledge and technology to diagnose and mitigate hydrocarbon biodegradation and carbon steel biocorrosion problems in the energy industry.  These relatively poorly understood processes have enormous consequences including damaged pipelines, storage facilities, separators, tankers and refineries.  Biocorrosion is one of the leading causes of product interruptions and hazardous material discharges into the environment.  The OU Biocorrosion Center is uniquely equipped to provide solutions to this industry-wide problem given its long history and focus on the study of the anaerobic microbiology of hydrocarbon degradation.  Researchers at the Center have access to corroding microbial communities enriched and/or isolated from specimens gathered during expeditions to Alaska’s North Slope and from other industrial facilities operated by participating sponsors.  Using state of the art molecular, microscopic and analytical chemistry techniques, new methods are being developed to diagnose and respond to the microbial activities that are at the heart of biocorrosion problems.

Our research will determine the most valuable tools and approaches for diagnosing and monitoring biocorrosion in oil field facilities. With a better understanding of the microbial ecology of biocorrosion processes we will be able to develop directed mitigation strategies. If your company would like to participate in this pioneering research, please contact our Director.

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Biocorrosion Center Director Joseph M. Suflita is featured in a new book, Microbial Ecology, by Larry L. Barton and Diana E. Northup (Wiley-Blackwell). The book highlights events that helped shape Dr. Suflita's career and stimulate his lasting commitment to research in the fields of environmental microbiology and microbial ecology.

 

 

 

 

Biocorrosion Center Researcher C. Nicole Johnson wins first place for her presentation at the 101st Annual Oklahoma Academy of Sciences Meeting. November 9, 2012.

Crystal's presentation entitled An Assessment of Measurements Generated by Scanning Electron Microscopy for Determining Microbial Contributions to Biocorrosion was given at the conference which was held in conjunction with the Oklahoma Microscopy Society technical meeting at UCO. A panel of judges granted the award based on abstract/presentation quality, merit of microscopic advancements, and value of contribution to scientific knowledge. As the first prize winner of the Timpano Award, Crystal will receive an all expense-paid trip to the 2013 national meeting of the Microscopy Society of America (MSA) or Microbeam Analysis Society (MAS) to give a presentation on her research. 

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The OU Biocorrosion Center is featured in the latest edition of The University of Oklahoma Earth & Energy Magazine. Link to the full article here.

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© 2011 University of Oklahoma Biocorrosion Center