Pitting corrosion growth of subsea pipeline can cause pipeline leak, resulting in the huge
economic losses. This study presents a risk-based model to implement the optimal …

To mitigate the accelerated corrosion of blast furnace gas pipelines induced by severe
environmental conditions, this study has established an extensive high-throughput sensor …

A magnetic flux leakage (MFL) tool may identify most pipeline corrosion defects. Therefore,
analyzing the MFL signals to obtain helpful information for pipeline safety analysis is …

In-situ combustion for offshore heavy oil involves significant risk factors related to ignition,
gas injection, and corrosion prevention, especially under challenging operating conditions. If …

Corrosion is the most significant factor affecting pipeline integrity management. It may lead
to facility damage, production interruption, environmental pollution and even explosion …

Equipment degradation is ubiquitous in the Chemical Process Industry (CPI), causing
significant losses in efficiency, controllability, and plant economy, as well as an increased …

Corrosion poses a great risk to the integrity of oil and gas pipelines, leading to substantial
investments in corrosion control and management. Several studies have been conducted on …

Real-time pipeline monitoring is important for the safe transportation of captured CO 2. A
dynamic modeling method, which is one of pipeline monitoring methods, can provide …

Running ductile fracture (RDF) is a severe failure mode of high-pressure pipelines. Dense-
phase and supercritical CO 2 pipelines are particularly susceptible to RDF due to the unique …

Urban gas pipeline networks (UGPN) provide important support for high-quality
urbanization. Therefore, it is imperative to analyze and assess the potential failures of …