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97607 USE OF A CORROSION PREDICTION PROGRAM AS AN ENGINEERING TOOL

Picture for 97607 USE OF A CORROSION PREDICTION
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Product Number: 51300-97607-SG
ISBN: 97607 1997 CP
Author: George Harris, Cedric D. Adams, James D. Garber
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The development of an accurate and user friendly computer model for the prediction of tubing life in gas condensate wells has led to its use as a tool for engineering applications. The USL Corrosion Model Phase V- version 2 provides the user with an accurate physical description of the flowing conditions inside a gas well in addition to the predicted tubing life, This information can be used to assist in determining the mechanism which is responsible for the predicted corrosion rate. With this kind of information, the engineer can then run “what if’ scenarios to estimate the effect various design options will have on the predicted tubing life. Some examples of the application of the model as an engineering tool have included: determining how close to erosional renditions a well might be operating, decisions on the use of carbon steel tubulars versus corrosion resistant alloys (CRA’s), results of various tubing size options, parameters used to determine when a continuous downhole injection system (CDIS) should be installed and at what depth the injection mandrel should be located, and to determine the protocol and test parameters needed for effective corrosion inhibitor selection for a specific gas well. Kevwords: CO2 Corrosion, Corrosion Rate Prediction, Erosional Flow, Engineering Tool, Design of Wells.
The development of an accurate and user friendly computer model for the prediction of tubing life in gas condensate wells has led to its use as a tool for engineering applications. The USL Corrosion Model Phase V- version 2 provides the user with an accurate physical description of the flowing conditions inside a gas well in addition to the predicted tubing life, This information can be used to assist in determining the mechanism which is responsible for the predicted corrosion rate. With this kind of information, the engineer can then run “what if’ scenarios to estimate the effect various design options will have on the predicted tubing life. Some examples of the application of the model as an engineering tool have included: determining how close to erosional renditions a well might be operating, decisions on the use of carbon steel tubulars versus corrosion resistant alloys (CRA’s), results of various tubing size options, parameters used to determine when a continuous downhole injection system (CDIS) should be installed and at what depth the injection mandrel should be located, and to determine the protocol and test parameters needed for effective corrosion inhibitor selection for a specific gas well. Kevwords: CO2 Corrosion, Corrosion Rate Prediction, Erosional Flow, Engineering Tool, Design of Wells.
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97331 THE DETERMINISTIC PREDICTION OF DAMAGE

Product Number: 51300-97331-SG
ISBN: 97331 1997 CP
Author: George R. Engelhardt, Digby D. Macdonald
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Enhanced Corrosion Prediction Model for Multiphase Oil and Gas Production Systems

Product Number: 51317--9419-SG
ISBN: 9419 2017 CP
Author: Hui Li
Publication Date: 2017
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A top-of-line corrosion (TLC) model integrated into a CO2/H2S corrosion prediction model. The TLC model determines the top of the line corrosion rate of carbon steel based on water chemistry and film-wise condensation rate. The effect of various glycols, such as Monoethylene Glycol, Diethylene glycol and Triethylene Glycol, are included.
Picture for NACE Technical Committee Report 21413
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NACE Technical Committee Report 21413-SG, “Prediction of Internal Corrosion in Oilfield Systems from System Conditions”

Product Number: 21413-SG
ISBN: 1-57590-359-8
Author: NACE International
Publication Date: 2017
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Corrosion prediction models. Parameters (CO2, H2S concentrations, microbes, inhibitors, hydrocarbons, type of steel, oxygen,  effects of flow and erosion).   Task Group 076

 
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