By the advancement of the oil, electricity, and transportation industries, an increasing
number of oil and gas pipelines were buried alongside high‐voltage alternating current (AC) …

Numerical simulation is an effective research approach to assess the condition and predict
the remaining service life of process pipelines suffering corrosion hazards. This work …

An analysis of the high voltage induction effect on the impressed current cathodic protection
(ICCP) system on pipelines parallel toward high voltage power lines was employed in this …

This paper diagnoses the corrosive effects of the electromagnetic induction caused by
double circuit high voltage power lines (HVPL) on the buried X70 steel pipelines. To achieve …

The inductive coupling between high‐voltage power lines (HVPL) and buried pipelines has
been an important research subject over the last decades. This coupling may result in …

Excursion of cathodic protection (CP) potential from the designed “safe” CP level resulting
from various forms of electrical interference signals are observed rather frequently in …

AC interference on metallic structures has been a major challenge to the operational
services of utilities around the world. As a result of frequent installation of metallic pipelines …

A better use of space is achieved when different networks and systems, such as AC
transmission lines, transportation systems, and pipelines share the same right-of-way …

In many cases, the high voltage overhead transmission lines (HVOHTLs) pass near many
infrastructures such as; water, crudes, or natural gas metallic pipelines. Many problems may …

In this paper, a stand-alone application with graphical user interface (GUI) developed for
monitoring AC induced corrosion expectancies of buried pipelines near a high voltage AC …