Menu
Search
Filters
Close
Menu

07325 INVESTIGATION OF THE EROSION/CORROSION RESISTANCE OF A CHROMIUM NICKEL STEEL IN THE “AS DELIVERED” AND HEAT TREATED VERSION AT DIFFERENT TEMPERATURES AND SAND LOADS IN A MULTIPHASE CO2 ENVIRONMENT

  • /
  • /
  • /
  • 07325 INVESTIGATION OF THE EROSION/CORROSION RESISTANCE OF A CHROMIUM NICKEL STEEL IN THE “AS DELIVERED” AND HEAT TREATED VERSION AT DIFFERENT TEMPERATURES AND SAND LOADS IN A MULTIPHASE CO2 ENVIRONMENT
Picture for 07325 INVESTIGATION OF THE EROSION/CORROSION RESISTANCE OF A CHROMIUM NICKEL STEEL IN THE “AS DELIVE
Available for download
Product Number: 51300-07325-SG
ISBN: 07325 2007 CP
Author: Oliver Klein, Hans Hoffmeister, Jan Köhne, and Mathias Jung
Publication Date: 2007
$0.00
$20.00
$20.00
In a previous paper a new type of laboratory test facility was introduced, that enables experimental modeling of rotating and fixed pump components respective electrochemical and mechanical wear. This paper discusses the results of experiments conducted in order to investigate the effects of temperature, sand volume fractions and heat treatment of a forged chromium nickel steel on erosion/corrosion resistance. This steel is commonly used as screw material of twin screw pumps used in the oil and gas production industry. The steel was tested “as delivered” as well as in heat treated versions in order to examine the effect that a change of the microstructure has on the material’s wear. It will be shown, that one of the heat treated versions of the chromium nickel steel has a higher wear resistance at high sand volume fractions than the “as delivered” steel. This difference in wear resistance is not recorded at low sand loads where the corrosion is the prevailing factor for wear. As a result for the selection of twin screw pump materials in the oil and gas industry, the wear resistance of steel heat treatments will be discussed with respect to the hydrocarbon reservoir composition they will be exposed to.
In a previous paper a new type of laboratory test facility was introduced, that enables experimental modeling of rotating and fixed pump components respective electrochemical and mechanical wear. This paper discusses the results of experiments conducted in order to investigate the effects of temperature, sand volume fractions and heat treatment of a forged chromium nickel steel on erosion/corrosion resistance. This steel is commonly used as screw material of twin screw pumps used in the oil and gas production industry. The steel was tested “as delivered” as well as in heat treated versions in order to examine the effect that a change of the microstructure has on the material’s wear. It will be shown, that one of the heat treated versions of the chromium nickel steel has a higher wear resistance at high sand volume fractions than the “as delivered” steel. This difference in wear resistance is not recorded at low sand loads where the corrosion is the prevailing factor for wear. As a result for the selection of twin screw pump materials in the oil and gas industry, the wear resistance of steel heat treatments will be discussed with respect to the hydrocarbon reservoir composition they will be exposed to.
Product tags
Also Purchased
Picture for 07317 CORROSION CONTROL IN THE OIL AND GAS PRODUCTION – 5 SUCCESSFUL CASE HISTORIES
Available for download

07317 CORROSION CONTROL IN THE OIL AND GAS PRODUCTION – 5 SUCCESSFUL CASE HISTORIES

Product Number: 51300-07317-SG
ISBN: 07317 2007 CP
Author: Markus Oberndorfer, Karin Thayer, and Wolfgang Havlik
Publication Date: 2007
$20.00
Picture for 07301 MIGRATING CORROSION INHIBITORS FOR REINFORCED CONCRETE STRUCTURES
Available for download

07301 MIGRATING CORROSION INHIBITORS FOR REINFORCED CONCRETE STRUCTURES

Product Number: 51300-07301-SG
ISBN: 07301 2007 CP
Author: M. Ormellese, F. Bolzoni, E.R. Perez, and S. Goidanich
Publication Date: 2007
$20.00

The effectiveness of organic commercial migrating inhibitors on steel reinforcements corrosion. Four series of concrete specimens were cast. Two organic migrating inhibitors were applied. Free corrosion potential and corrosion rate of steel rebar were periodically monitored for five years.  Results show that migrating inhibitors are not effective in reducing corrosion rate.
Picture for 07313 THE RELATIONSHIP BETWEEN INTERNAL CORROSION CONTROL METHOD, SCALE CONTROL AND MEG HANDLING OF
Available for download

07313 THE RELATIONSHIP BETWEEN INTERNAL CORROSION CONTROL METHOD, SCALE CONTROL AND MEG HANDLING OF A MULTIPHASE CARBON STEEL PIPELINE CARRYING WET GAS WITH CO2 AND ACETIC ACID

Product Number: 51300-07313-SG
ISBN: 07313 2007 CP
Author: A. Halvorsen, T. Andersen, E. Halvorsen, G. Kojen, J. Skar, C. Biørnstad, and H. Fitje
Publication Date: 2007
$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