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96019 PRED1CTIVE MODEL FOR SWEET CORROSION IN HORIZONTAL MULTIPHASE SLUG FLOW

Picture for 96019 PRED1CTIVE MODEL FOR SWEET CORROSION
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Product Number: 51300-96019-SG
ISBN: 96019 1996 CP
Author: W. P. JEPSON, S. BHONGALE, AND M. GOPAL
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Experiments have been performed in a 10 cm ID horizontal pipeline to observe the effect of ternperaiure, carbon dioxide partial pressure, flow, and oil/water composition, on corrosion in horizontal [multiphase slug flow, using a low viscosity (2 cp) oil. Corrosion rates have been measured for water cuts ranging form 20 to 100°C, carbon dioxide partial pressures of 0.27, 0.45 and 0.79 MPa, temperatures of 40. 60, 70.80 and 90 C and Froude numbers of 6, 9 and 12. The corrosion rates are found to increase with an increase in temperature, Froude number and carbon dioxide partial pressure. The corrosion rates are found to decrease with increase in oil composition. The average void fraction as well as the pressure drop across the slug is fbund to increase with an increase in Froude number and carbon dioxide partial pressure. A model to predict corrosion rates for low viscosity oils has been established which relates the corrosion rate to the pressure gradient, temperature, carbon dioxide partial pressure and water cut. Keywords: Horizontal Multiphase Flow, Corrosion, High Pressure, Carbon Steel, Prediction, Model.
Experiments have been performed in a 10 cm ID horizontal pipeline to observe the effect of ternperaiure, carbon dioxide partial pressure, flow, and oil/water composition, on corrosion in horizontal [multiphase slug flow, using a low viscosity (2 cp) oil. Corrosion rates have been measured for water cuts ranging form 20 to 100°C, carbon dioxide partial pressures of 0.27, 0.45 and 0.79 MPa, temperatures of 40. 60, 70.80 and 90 C and Froude numbers of 6, 9 and 12. The corrosion rates are found to increase with an increase in temperature, Froude number and carbon dioxide partial pressure. The corrosion rates are found to decrease with increase in oil composition. The average void fraction as well as the pressure drop across the slug is fbund to increase with an increase in Froude number and carbon dioxide partial pressure. A model to predict corrosion rates for low viscosity oils has been established which relates the corrosion rate to the pressure gradient, temperature, carbon dioxide partial pressure and water cut. Keywords: Horizontal Multiphase Flow, Corrosion, High Pressure, Carbon Steel, Prediction, Model.
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