Server maintenance is scheduled for Saturday, December 21st between 6am-10am CST.

During that time, parts of our website will be affected until maintenance is completed. Thank you for your patience.

Menu
Search
Filters
Close
Menu

Use GIVING24 at checkout to save 20% on eCourses and books (some exclusions apply)!

98671 INTEGRAL EVALUATION OF THE EXTERNAL CORROSION CONTROL SYSTEM FOR BURIED PIPELINES

Picture for 98671 INTEGRAL EVALUATION OF THE EXTERNAL
Available for download
Product Number: 51300-98671-SG
ISBN: 98671 1998 CP
Author: Angel R. KowaIski
$0.00
$20.00
$20.00
The External Corrosion Control System of a 16 inch diameter (406 mm), 70 miles long (113 km.) pipeline, was evaluated using the Direct Current Voltage Gradient DCVG, Close Interval Potential Survey CIPS and Continuous Soil Resistivity Evaluation CSRE techniques. Sixteen thousand five hundred meters (16,500 meters. 10,23 miles) of the pipeline were evaluated using the three tectilques simultaneously and the rest was inspected separately in previous years. The results from the survey were taken as parameters to classify all defects found on the protective coating. A Defect Severity Classification (DSC) was established and used as an input for a maintenance program for the rehabilitation of the pipeline integrity. The parameters taken to establish the DSC were: a) Instant Off Potential, b)%IR, c) Soil Resistivit y, d) defect shape, e) Geographic Iocatiom f) Distance ftom drain point. A Maintenance Program for the Pipeline External Corrosion Control System was designed by implement ing the Integral Evaluation of the Corrosion Control System for Buried Pipelines (IEECCSBP). The priority was to achieve pipeline integrity and then, gradually improve the protection level of the system. The implementation of IEECCSBP will help to reduce the frequency of Electromagnetic Metal Loss Inspections, which in the fhture will serve only as an audit of the External Corrosion Control System performance. Keywords: External Corrosion Control System for Buried Pipelines, instant off potential, cathodic protection, cathodic protection criteria, voltage gradient, soil resistivity, %IR.
The External Corrosion Control System of a 16 inch diameter (406 mm), 70 miles long (113 km.) pipeline, was evaluated using the Direct Current Voltage Gradient DCVG, Close Interval Potential Survey CIPS and Continuous Soil Resistivity Evaluation CSRE techniques. Sixteen thousand five hundred meters (16,500 meters. 10,23 miles) of the pipeline were evaluated using the three tectilques simultaneously and the rest was inspected separately in previous years. The results from the survey were taken as parameters to classify all defects found on the protective coating. A Defect Severity Classification (DSC) was established and used as an input for a maintenance program for the rehabilitation of the pipeline integrity. The parameters taken to establish the DSC were: a) Instant Off Potential, b)%IR, c) Soil Resistivit y, d) defect shape, e) Geographic Iocatiom f) Distance ftom drain point. A Maintenance Program for the Pipeline External Corrosion Control System was designed by implement ing the Integral Evaluation of the Corrosion Control System for Buried Pipelines (IEECCSBP). The priority was to achieve pipeline integrity and then, gradually improve the protection level of the system. The implementation of IEECCSBP will help to reduce the frequency of Electromagnetic Metal Loss Inspections, which in the fhture will serve only as an audit of the External Corrosion Control System performance. Keywords: External Corrosion Control System for Buried Pipelines, instant off potential, cathodic protection, cathodic protection criteria, voltage gradient, soil resistivity, %IR.
PRICE BREAKS - The more you buy, the more you save
Quantity
1+
5+
Price
$20.00
$20.00
Product tags
Also Purchased
Picture for 11128 Interpretation of Indirect Inspections Data in the ECDA Process
Available for download

11128 Interpretation of Indirect Inspections Data in the ECDA Process

Product Number: 51300-11128-SG
ISBN: 2011 11128 CP
Author: Sorin M. Segall, R. A. Gummow and John Shore
Publication Date: 2011
$20.00
Picture for 98670 THE USE OF DIFFERENTIAL GPS AS AN
Available for download

98670 THE USE OF DIFFERENTIAL GPS AS AN INSPECTION TOOL IN THE EXTERNAL CORROSION CONTROL OF BURIED PIPELINES

Product Number: 51300-98670-SG
ISBN: 98670 1998 CP
Author: Angel R. Kowalski
$20.00
Picture for An Application of ECDA to a Buried Pipeline Affected by Stray Current Interference
Available for download

51314-3918-An Application of ECDA to a Buried Pipeline Affected by Stray Current Interference

Product Number: 51314-3918-SG
ISBN: 3918 2014 CP
Author: zhao jinyun
Publication Date: 2014
$0.00
Categories
Industry
Recently viewed
Popular tags
View all

Association for Materials Protection and Performance

© AMPP All Rights Reserved.
Membership Terms of Content Use
Contact Customer Support