Internal and uniform corrosion caused by the presence of corrosive gases CO 2 and/or H 2 S
in the inner stream is the major inherent concern of the oil and gas industry regarding its …

Several models are in general use throughout the oil and gas production industry to predict
corrosion rates in carbon steel flowlines and pipelines, mainly focusing on CO2 corrosion …

In practice, the operating parameters of a natural gas pipeline change continuously within
an uncertain range, yet this temporal variability is seldom considered in corrosion modelling …

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 …

Quantitative risk assessment due to external corrosion requires an estimation of corrosion
rates which is a challenging task for pipeline engineers because of the uncertainty in data …

Under-deposit corrosion (UDC) and microbiologically influenced corrosion under deposits
(UD-MIC) have increasingly been identified as severe forms of localized corrosion …

Oil and gas pipelines play a key role in the safe and efficient delivery of energy resources
around the world. Crude oil by itself is not corrosive, but oil extracted from geological …

In the present study, the implementation of a comprehensive mechanistic predictive model
for corrosion of mild steel in the oil and gas transmission pipelines is described. The present …

Corrosion growth rates are an essential input into an Integrity Management Program but
they can often be the largest source of uncertainty and error. A relatively simple method to …

ABSTRACT Internal Corrosion Direct Assessment (ICDA) is a process used to evaluate
pipeline integrity based on identifying locations along the pipeline where internal corrosion …