Archive for the ‘Fuel Microbiology’ Category


NEW US EPA DOCUMENT – RELEASE DETECTION FOR UNDERGROUND STORAGE TANKS AND PIPING: STRAIGHT TALK ON TANKS

The US EPA’s Office of Underground Storage Tanks has just published a clear and concise document on UST release (leak) detection (https://www.epa.gov/ust/release-detection-underground-storage-tanks-and-piping-straight-talk-tanks). Coincidently, in the past few days, my friend Walt Huysman posted a LinkedIn blog about predictive maintenance (PdM). What’s the connection? UST release detection effectively signals the need to take immediate corrective action. UST replacement and site remediation can easily cost $250,000 to $500,000. PdM is designed to strike a high return on investment (ROI) balance between the costs associated with condition monitoring and preventive maintenance actions, on one hand, and corrective maintenance actions, on the other. Assuming a well-designed and managed program, PdM typically costs a tiny fraction (<1%) of corrective maintenance costs. Microbiologically influenced corrosion (MIC) has been estimated to be responsible for as much as 50% of the economic damage caused to petroleum infrastructure. However, neither the US EPA UST Regulations nor PEI’s RP-900 (UST Inspection and Maintenance) include guidance on PdM for microbial contamination. PdM to include microbial contamination monitoring and control is a high ROI proposition. Prevention of product release is only the tip of the iceberg. To learn more, contact me at fredp@biodeterioration-control.com.

What’s New – November 2013

On March 11 through 14, 2014, Dr. Neil Canter, Mr. John Burke and I will once again be presenting STLE’s Metalworking Fluid Certificate Training Course. The course will be held in Atlanta, GA. For more information, visit the STLE website…

In January, 2013, at TAE’s 9th Fuels Colloquim, I presented a paper describing modifications of ASTM Mehtod D7687 (ATP in Fuel) that permitted detection of dormant microbes possibly present in fuel samples, and differentiation between bacterial and fungal biomass in fuel and MWF samples. In October, 2013, at the 13th International Symposium on the Stability and Handling of Liquid Fuels, I presented an updated version of the TAE paper.

In June 2013, I was honored to be presented with ASTM’s Award of Merit.

What’s New – November 2012

LinkedIn MWF Interest Group Microbiocide discussion that ran from August through September 2012. A question about microcbiocide selection for semisynthetic MWF triggered a lively discussion that included more than 50 posts. Although some of the posts contained useful information, a substantial number were based on limited experience and unsupportable personal impressions. I’ve compiled my contributions to the LinkedIn discussion and had a number of MWF industry experts review them for relevance and accuracy before posting them here. Read my compiled comments…

2001 L.U.S.T.Line article on microbiologically influenced corrosion in fuel system underground storage tanks removed from BCA’s website. In October 2012, I received a letter from the Fiberglass Tank & Pipeline Institute’s (FTPI) attorney, demanding that I remove this article. In the article I had speculated about the likely mechanism and appearance of fiber reinforced polymer (FRP) tank failure if such failure was due to biodeterioration. My hypothesis was based on FRP failure mechanisms that had been reported in the scientific literature (see bibliography). However, as a measure of good will, I have removed the offending article form this website and have replaced it with a PDF of my exchange with FPTI’s attorney. Read more…

Correction – The version of Non-conventional Methods for Estimating Bioburdens in Fuel Systems Rapidly that has been available on the website was missing the Discussion & Conclusion sections. The incomplete paper has now been replaced with a complete version. Read the full paper…

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