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07047 REMOTE REFERENCE CELL TESTING OF UNDERGROUND STORAGE TANKS

Picture for 07047 REMOTE REFERENCE CELL TESTING OF UNDERGROUND STORAGE TANKS
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Product Number: 51300-07047-SG
ISBN: 07047 2007 CP
Author: Kevin S. Henderson and Ray K. Davis
Publication Date: 2007
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The validity of remote earth reference cell placement when conducting structure-to-soil potential measurements of buried cathodically protected structures is a poorly understood and controversial subject. This paper will present cathodic protection test data conducted by the regulatory staff of the Mississippi Department of Environmental Quality of over one thousand underground storage tanks that were surveyed utilizing both local and remote earth reference cell placement. Factors that can affect the potentials observed when obtaining local and remote earth reference cell placement are discussed. Empirical data are presented comparing and contrasting the relationship between the local and the remote earth potential. The data suggests that the information derived from remote earth locations when conducting structure-to-soil potential surveys of underground storage tanks deserves further consideration than that which has traditionally been afforded. In addition, this paper presents fundamental concepts of cathodic protection testing intended as a plain language explanation for a general audience of laypersons who may not be familiar with the intricacies of testing cathodic protection.
The validity of remote earth reference cell placement when conducting structure-to-soil potential measurements of buried cathodically protected structures is a poorly understood and controversial subject. This paper will present cathodic protection test data conducted by the regulatory staff of the Mississippi Department of Environmental Quality of over one thousand underground storage tanks that were surveyed utilizing both local and remote earth reference cell placement. Factors that can affect the potentials observed when obtaining local and remote earth reference cell placement are discussed. Empirical data are presented comparing and contrasting the relationship between the local and the remote earth potential. The data suggests that the information derived from remote earth locations when conducting structure-to-soil potential surveys of underground storage tanks deserves further consideration than that which has traditionally been afforded. In addition, this paper presents fundamental concepts of cathodic protection testing intended as a plain language explanation for a general audience of laypersons who may not be familiar with the intricacies of testing cathodic protection.
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