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Operational tank leak detection and minimization during retrieval
Author(s) -
J.S. Hertzel
Publication year - 1996
Language(s) - English
Resource type - Reports
DOI - 10.2172/481394
Subject(s) - leak , leakage (economics) , leak detection , minification , reliability engineering , contamination , computer science , engineering , risk analysis (engineering) , environmental science , data mining , environmental engineering , business , programming language , ecology , biology , economics , macroeconomics
This report evaluates the activities associated with the retrieval of wastes from the single-shell tanks proposed under the initial Single-Shell Tank Retrieval System. This report focuses on minimizing leakage during retrieval by using effective leak detection and mitigating actions. After reviewing the historical data available on single-shell leakage, and evaluating current leak detection technology, this report concludes that the only currently available leak detection method which can function within the most probable leakage range is the mass balance system. If utilized after each sluicing campaign, this method should allow detection at a leakage value well below the leakage value where significant health effects occur which is calculated for each tank. Furthermore, this report concludes that the planned sequence or sluicing activities will serve to further minimize the probability and volume of leaks by keeping liquid away from areas with the greatest potential for leaking. Finally, this report identifies a series of operational responses which when used in conjunction with the recommended sluicing sequence and leak detection methods will minimize worker exposure and environmental safety health risks

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