Menu
Search
Filters
Close
Menu

Celebrate World Corrosion Awareness Day with 20% off eCourses and eBooks with code WCAD2024 at checkout!

97602 MODEL FOR SWEET CORROSION IN HORIZONTAL MIJLTIPHASE SLUG FLOW

Picture for 97602 MODEL FOR SWEET CORROSION IN
Available for download
Product Number: 51300-97602-SG
ISBN: 97602 1997 CP
Author: W. P. JEPSON, S. STITZEL, C. KANG, M. GOPAL
$0.00
$20.00
$20.00
A model has been developed that can predict the corrosion rate in horizontal slug flows. The effect of the slug frequency and oil type on corrosion rate have been included. The model has been compared to experimental data, and, to the model and field data of Gunaltun (1996). For all conditions, the corrosion rate increased with increase in slug frequency until a maximum in corrosion rate is reached at approximately 35 slugs/minute. At 60 C, the model compares well with that of Gunaltun (1996) if a slug frequency of 10 to 12 is used. For 80 C, the Gunaltun model is in good agreement if a frequency of 1 slug/minute is used. His model does include a term that predicts a maximum in the corrosion rate between 60 and 80 C. This has not been noticed in this laboratory for slug flows. For horizontal pipelines, field data suggests that, the slug frequency is usually in the range of 1 to 20 slugs/minute, depending on the liquid velocity. When the pipe is inclined, the slug frequency can increase to values much greater than these and this may lead to higher levels of corrosion. The oil type is accounted for using the suggestion of Efird (1989) based on the product of oil acid number and % nitrogen. When this relation is used, the results compare very well with those of Efird for the oils he studied. Keywords: Horizontal Multiphase Flow, Corrosion, High Pressure, Carbon Steel, Prediction, Model.
A model has been developed that can predict the corrosion rate in horizontal slug flows. The effect of the slug frequency and oil type on corrosion rate have been included. The model has been compared to experimental data, and, to the model and field data of Gunaltun (1996). For all conditions, the corrosion rate increased with increase in slug frequency until a maximum in corrosion rate is reached at approximately 35 slugs/minute. At 60 C, the model compares well with that of Gunaltun (1996) if a slug frequency of 10 to 12 is used. For 80 C, the Gunaltun model is in good agreement if a frequency of 1 slug/minute is used. His model does include a term that predicts a maximum in the corrosion rate between 60 and 80 C. This has not been noticed in this laboratory for slug flows. For horizontal pipelines, field data suggests that, the slug frequency is usually in the range of 1 to 20 slugs/minute, depending on the liquid velocity. When the pipe is inclined, the slug frequency can increase to values much greater than these and this may lead to higher levels of corrosion. The oil type is accounted for using the suggestion of Efird (1989) based on the product of oil acid number and % nitrogen. When this relation is used, the results compare very well with those of Efird for the oils he studied. Keywords: Horizontal Multiphase Flow, Corrosion, High Pressure, Carbon Steel, Prediction, Model.
PRICE BREAKS - The more you buy, the more you save
Quantity
1+
5+
Price
$20.00
$20.00
Product tags
Also Purchased
Picture for 97011 MODEL FOR SWEET CORROSION IN
Available for download

97011 MODEL FOR SWEET CORROSION IN HORIZONTAL MULTIPHASE SLUG FLOW

Product Number: 51300-97011-SG
ISBN: 97011 1997 CP
Author: W. P. JEPSON, S. STITZEL, C. KANG, M. GOPAL
$20.00
Picture for 04626 Integrated CO2 Corrosion - Multiphase
Available for download

04626 Integrated CO2 Corrosion - Multiphase Flow Model

Product Number: 51300-04626-SG
ISBN: 04626 2004 CP
Author: Srdjan Nesic, JiYong Cai, Shihuai Wang, and Ying Xiao, Ohio University
$20.00
Picture for 96027 COMBINING RESEARCH AND FIELD DATA
Available for download

96027 COMBINING RESEARCH AND FIELD DATA FOR CORROSION RATE PREDICTION

Product Number: 51300-96027-SG
ISBN: 96027 1996 CP
Author: Y.M. Gunaltun
$20.00
Categories
Industry
Recently viewed
Popular tags
View all

Association for Materials Protection and Performance

© AMPP All Rights Reserved.
Membership Terms of Content Use
Contact Customer Support