Menu
Search
Filters
Close
Menu

Save 20% on select titles with code HIDDEN24 - Shop The Sale Now

00752 ON THE MECHANISMS OF ELECTROMAGNETIC INTERFERENCE BETWEEN ELECTRICAL POWER SYSTEMS AND NEIGHBORING PIPELINES

Picture for 00752 ON THE MECHANISMS OF ELECTROMAGNETIC
Available for download
Product Number: 51300-00752-SG
ISBN: 00752 2000 CP
Author: F.P. Dawalibi, Y. Li, R. Southey and J. Ma
$0.00
$20.00
$20.00
The mechanisms of electromagnetic interference between a power line and a neighboring pipeline using electromagnetic fieM theory are discussed based on a simple right-of-way scenario. First, the field theory approach is used to model the complete conductor network under consideration, as is. The inductive, capacitive and conductive interference effects between all the elements in the network are simultaneously taken into account in one single step. The computed results are then used to develop new computer models whereby the effects of the inductive, capacitive and conductive interference effects can be separated. This allows us to compare the field-theory-based results with the results obtained from other approximated approaches, such as grounding analysis (conductive effects) and circuit-based models (inductive effects). The effects of a typical mitigation system on the interference levels are also studied. The results presented in this paper clearly illustrate the mechanisms of electromagnetic interference between electrical networks and neighboring metallic utilities. Furthermore, the methods used here should help develop more accurate approximations when modeling non parallel pipelines using conventional circuit theory.
The mechanisms of electromagnetic interference between a power line and a neighboring pipeline using electromagnetic fieM theory are discussed based on a simple right-of-way scenario. First, the field theory approach is used to model the complete conductor network under consideration, as is. The inductive, capacitive and conductive interference effects between all the elements in the network are simultaneously taken into account in one single step. The computed results are then used to develop new computer models whereby the effects of the inductive, capacitive and conductive interference effects can be separated. This allows us to compare the field-theory-based results with the results obtained from other approximated approaches, such as grounding analysis (conductive effects) and circuit-based models (inductive effects). The effects of a typical mitigation system on the interference levels are also studied. The results presented in this paper clearly illustrate the mechanisms of electromagnetic interference between electrical networks and neighboring metallic utilities. Furthermore, the methods used here should help develop more accurate approximations when modeling non parallel pipelines using conventional circuit theory.
PRICE BREAKS - The more you buy, the more you save
Quantity
1+
5+
Price
$20.00
$20.00
Product tags
Also Purchased
Picture for Electrical Interference Between Buried Pipelines
Available for download

51313-02260-Electrical Interference Between Buried Pipelines

Product Number: 51313-02260-SG
ISBN: 02260 2013 CP
Author: Jose Araujo Arias
Publication Date: 2013
$20.00
Picture for 03699 AC Interference - Important Issues
Available for download

03699 AC Interference - Important Issues for Cross Country Pipelines

Product Number: 51300-03699-SG
ISBN: 03699 2003 CP
Author: Douglas E. Gilroy
$20.00
Picture for 03710 INTERFERENCE TESTING AND CASE HISTORIES
Available for download

03710 INTERFERENCE TESTING AND CASE HISTORIES

Product Number: 51300-03710-SG
ISBN: 03710 2003 CP
Author: Jeffrey L. Didas
Publication Date: 2003
$20.00

Interference Testing is a task learned through education and experience and is one of the basic skills of Cathodic Protection Personnel. This paper will discuss interference testing and present some case histories, of basic static interference situations and the mitigation methods used.
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