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96031 COMPUTER MODELING TO PREDICT CORROSION RATES IN GAS CONDENSATE WELLS CONTAINING CO2

Picture for 96031 COMPUTER MODELING TO PREDICT CORROSION
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Product Number: 51300-96031-SG
ISBN: 96031 1996 CP
Author: Cedric D. Adams, James D. Garber, Rakesh K. Singh, V.R. Jangama
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$20.00
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Phase V - Version 2 of the USL Corrosion Model has been developed. This phase of the Corrosion Model uses a windows format. The changes in the new model have greatly reduced the computer run time from 3 hours to less than 15 minutes. Tabulated and graphical results versus depth are now available as part of the output. In addition to this, a number of technical improvements have been made using the expanded data base for mass transfer controlled wells and for erosional flow wells. Anew discrirninant analysis equation for erosional flow and a downhole pH model have been developed. The downhole pH model includes organic acids in the calculation. The average percent difference between the predicted and actual corrosicm rates for 54 wells was+ 17.6 percent. Keywords: CO2 Corrosion, Corrosion Rate Prediction, Windows Format Computer Model, Erosional Flow, pH Calculation
Phase V - Version 2 of the USL Corrosion Model has been developed. This phase of the Corrosion Model uses a windows format. The changes in the new model have greatly reduced the computer run time from 3 hours to less than 15 minutes. Tabulated and graphical results versus depth are now available as part of the output. In addition to this, a number of technical improvements have been made using the expanded data base for mass transfer controlled wells and for erosional flow wells. Anew discrirninant analysis equation for erosional flow and a downhole pH model have been developed. The downhole pH model includes organic acids in the calculation. The average percent difference between the predicted and actual corrosicm rates for 54 wells was+ 17.6 percent. Keywords: CO2 Corrosion, Corrosion Rate Prediction, Windows Format Computer Model, Erosional Flow, pH Calculation
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The NORSOK M-506 is an empirical model based on experiments undertaken in a single phase water flow loop. The data is from experiments with low content of iron ions in the water phase, and the model is thus regarded to give a fair representation of the maximum corrosion rate in a CO2 corrosion controlled system.
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