Many different models for C02 corrosion are used by engineers in the oil and gas industry. Some are described in the open literature and only those are covered by this review. In order to classify the CO2 corrosion models, we have arbitrarily decided to group them into three categories based on how firmly they are grounded in theory: mechanistic, semi-empirical and empirical models. A few most representative examples are discussed from each group. The performance of four different models covering all three groups is tested by comparing the predictions with a large experimental C0 2 corrosion database
In HPHT environments, the mechanism of CO2 corrosion faces a challenge as an effect of chemical-phys...
Corrosion predictions are essential for corrosion and material engineers. It is used to prepare pre-...
The statistical formulas are capable tools to find a regression of corrosion rate effectively among ...
A mechanistic model of uniform carbon dioxide (CO2) corro-sion is presented that covers the followin...
The excellent of mechanical properties and lower cost make carbon steel, low alloy steel, become the...
The mechanistic model of uniform CO corrosion is presented which covers: electrochemical reactions a...
CO2 corrosion is the main threat in upstream oil and gas operations. The requirement to predict the...
A theoretical carbon dioxide (CO2) corrosion model was used to conduct numerical experiments, which ...
A theoretical carbon dioxide (CO2) corrosion model was used to conduct numerical experiments, which ...
In this paper a two-dimensional (2-D) stochastic localized CO2 corrosion model is proposed, which de...
Corrosion constitutes a major operational difficulty in CO2 absorption plants using aqueous amine so...
A model is presented for the prediction of the corrosion rate by CO2 under dewing conditions. A mech...
The presence of acetic acid (HAc) in formation water of oil and gas reservoirs has long been suspect...
Existence of C02, a corrosive gas with production is one of major obstacles that faced by oil and g...
In Gazprom dobycha Urengoy LLC, as in other oil-and-gas production enterprises, there are problems o...
In HPHT environments, the mechanism of CO2 corrosion faces a challenge as an effect of chemical-phys...
Corrosion predictions are essential for corrosion and material engineers. It is used to prepare pre-...
The statistical formulas are capable tools to find a regression of corrosion rate effectively among ...
A mechanistic model of uniform carbon dioxide (CO2) corro-sion is presented that covers the followin...
The excellent of mechanical properties and lower cost make carbon steel, low alloy steel, become the...
The mechanistic model of uniform CO corrosion is presented which covers: electrochemical reactions a...
CO2 corrosion is the main threat in upstream oil and gas operations. The requirement to predict the...
A theoretical carbon dioxide (CO2) corrosion model was used to conduct numerical experiments, which ...
A theoretical carbon dioxide (CO2) corrosion model was used to conduct numerical experiments, which ...
In this paper a two-dimensional (2-D) stochastic localized CO2 corrosion model is proposed, which de...
Corrosion constitutes a major operational difficulty in CO2 absorption plants using aqueous amine so...
A model is presented for the prediction of the corrosion rate by CO2 under dewing conditions. A mech...
The presence of acetic acid (HAc) in formation water of oil and gas reservoirs has long been suspect...
Existence of C02, a corrosive gas with production is one of major obstacles that faced by oil and g...
In Gazprom dobycha Urengoy LLC, as in other oil-and-gas production enterprises, there are problems o...
In HPHT environments, the mechanism of CO2 corrosion faces a challenge as an effect of chemical-phys...
Corrosion predictions are essential for corrosion and material engineers. It is used to prepare pre-...
The statistical formulas are capable tools to find a regression of corrosion rate effectively among ...