This review article provides structured guidelines on the selection of corrosion inhibitors for
broad applications in downhole for oil and gas wells. It aims to address the shortage in the …

To quantify the progress of corrosion damage and develop pipeline integrity management
strategies, it is necessary to establish a reliable corrosion growth model. Due to the …

Background Casing and tubing for oil and gas wells are frequently made of steel alloys.
Many corrosive gases, organic acids, salts, and other contaminants are present in the fluids …

Determination of the future Corrosion Defect Depth (CDD) growth of the oil and gas
pipelines is vital for the management of the integrity and mitigation of failures that can affect …

Understanding the corrosion risk of a pipeline is vital for maintaining health, safety and the
environment. This study implemented a data-driven machine learning approach that relied …

The microbiologically influenced corrosion (MIC) is a serious issue that should be
considered for effective risk-based integrity management of offshore systems under MIC …

This paper presents a methodology that integrates the semi-empirical corrosion models with
probabilistic analysis to study steel structural failure behavior considering material and …

Pipelines are the most efficient and safest means for the transportation of oil, gas, and
refined petroleum products. Potentially severe consequences of pipeline failures make …

Corrosion of buried pipes is complex and difficult to model without considering
corrosiveness of the soil. To estimate the external corrosion of buried and aged oil and gas …

Pitting corrosion is a primary and most severe failure mechanism of oil and gas pipelines. To
implement a prognostic and health management (PHM) for oil and gas pipelines corroded …