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2035 total products found.
Split Chamber Zero Resistance Ammetry Technique (SC-ZRA) for Detecting and Quantifying Microbially Influenced Corrosion in Oil and Gas Systems
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Split Chamber Zero Resistance Ammetry Technique (SC-ZRA) For Detecting And Quantifying Microbially Influenced Corrosion In Oil And Gas Systems

Product Number: 51322-18191-SG
Author: Anwar Sadek, Sai Prasanna Chinthala, Joshua Davis, Chelsea Monty-Bromer, John Senko
Publication Date: 2022
$20.00

Microbiologically influenced corrosion (MIC) is one of the most aggressive forms of corrosion leading to infrastructure and equipment damage in various industries, including but not limited to the oil and gas industry,1 water systems,2 medical devices,3 marine environments,4 nuclear waste storage facilities,5 and aviation fuel systems6 and storage.7 MIC received great attention because of the increasing cost associated with corrosion damage, particularly in oil and gas industry. The overall cost of corrosion has been estimated to be approximately 3.4% in the global Gross National Product8 which equates to approximately $2.9 trillion in 2018.9 A conservative estimate shows that 20% of all corrosion in aqueous system is MIC,10 which accounts to billions of dollars in the US.  
Picture for 00157 LIMITS OF LINEPIPE WELD HARDNESS FOR
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00157 LIMITS OF LINEPIPE WELD HARDNESS FOR DOMAINS OF SOUR SERVICE IN OIL AND GAS PRODUCTION

Product Number: 51300-00157-SG
ISBN: 00157 2000 CP
Author: M B Kermani, C Boucher, J L Crolet, J Enerhaug, P Fassina, R Howard, J p Jansen, C Linne, R Popperli
$20.00
Picture for Coatings + Proceedings 2021-ALL Papers

(Coating Application, Types & Characteristics) Use of Duplex Coating Systems for Protection of Structural Steel

Product Number: 15-COAT_DEC21
Author: William D. Corbett
Publication Date: 2021
$20.00

The use of duplex coating systems (hot dip galvanizing or thermal spray coating with one or more liquid-applied coatings) for long term protection of structural steel is becoming more mainstream in many industries. This paper describes the advantages of employing duplex coating systems as well as some important considerations for designers prior to specifying their use. It also highlights an ongoing initiative to help agencies more efficiently and effectively use duplex coatings on steel bridges by developing guidelines, standards, and other materials.
Picture for 98342 TESTING OF SENSORS FOR ATMOSPHERIC
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98342 TESTING OF SENSORS FOR ATMOSPHERIC CORROSION

Product Number: 51300-98342-SG
ISBN: 98342 1998 CP
Author: S. Veselyi, R. Diwan, A. Raman, P. Bhattacharya, R. U. Lee
$20.00
Picture for 00184 NOBLE METAL CHEMICAL ADDITION FOR
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00184 NOBLE METAL CHEMICAL ADDITION FOR IGSCC MITIGATION OF BWRs - FIELD SUCCESSES

Product Number: 51300-00184-SG
ISBN: 00184 2000 CP
Author: S. Hettiarachchi, R. L Cowan, R. J. Law, W. D. Miller, T. P. Diaz
$20.00
Picture for 02547 Corrosion Performance of Grain Boundary...
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02547 Corrosion Performance of Grain Boundary Engineered Alloy 22 for Application in Nuclear Waste Storage Containers

Product Number: 51300-02547-SG
ISBN: 02547 2002 CP
Author: P. Lin, G. Palumbo, D. Limoges, D. Lee, and M. MacKenzie
$20.00
Picture for 04339 An Update on the Queen Isabella Causeway
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04339 An Update on the Queen Isabella Causeway Cathodic Protection Project

Product Number: 51300-04339-SG
ISBN: 04339 2004 CP
Author: Harovel G. Wheat, David W. Fowler, and David P. Whitney, University of Texas
$20.00
Picture for 05163 Predictive Internal Corrosion Monitoring on
Available for download

05163 Predictive Internal Corrosion Monitoring on a Crude Oil Pipeline: A Case Study

Product Number: 51300-05163-SG
ISBN: 05163 2005 CP
Author: Thomas W. Pickthall, Enhance Co.; Alan Carlysle, Dynamic Monitoring Systems; Tommy Duncan, Jayhawk P
$20.00
Picture for 07076 A Guideline for the corrosion protection of FPSO’s
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07076 A Guideline for the corrosion protection of FPSO’s

Product Number: 51300-07076-SG
ISBN: 07076 2007 CP
Author: Karl P. Fischer, Tomas Sydberger, Kari Lønvik, and Idun B. Tiller
Publication Date: 2007
$20.00
Picture for 00355 EFFECT OF HYDROSTATIC TESTING ON DUCTILE
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00355 EFFECT OF HYDROSTATIC TESTING ON DUCTILE TEARING OF X-65 LINE-PIPE STEEL WITH STRESS-CORROSION CRACKS

Product Number: 51300-00355-SG
ISBN: 00355 2000 CP
Author: B. S. Delanty, M. P. H. Brongers, J. A. Beavers, and C. E. Jaske
$20.00
Picture for Online Seam Treatment of ERW pipes for proper material selection, process control and toughness improvement
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Online Seam Treatment of ERW pipes for proper material selection, process control and toughness improvement

Product Number: MPWT19-14408
Author: C. Cincunegui, M. Coloschi, P. Marino, E. Martínez, and M. Valdez
Publication Date: 2019
$0.00

Electric Resistance Welded (ERW) pipes X60M / X65M API 5L PSL2, with resistance to ductile fracture propagation as per API 5L PSL2 Annex G [1] are achieved not only by setting the proper welding parameters and the steel cleanliness, but also by a combination of metallurgical processes affecting the final weld line and HAZ microstructure. The steel chemistry is the starting point to minimize the presence of inclusions, central segregation and the toughness impairment due to harmful elements, S, P, etc. on the pipe body, with a given casting and rolling technology. During the welding process, the right parameters combination is needed to avoid cold weld, penetrators, and other weld imperfections. At the last stage, the Seam Heat Treatment (SHT) has to be adjusted in a way that the steel response to the thermal cycles leads to the compliance of mechanical requirements at the weld line and Heat Affected Zone (HAZ). This heat treatment is performed through electromagnetic induction using several coils, which allows it to have a rapid and localized heating of the HAZ into the austenitic region, and that is followed by air cooling. The objective is to refine the structure and to eliminate brittle constituents around the weld line. As the SHT strongly affects the weld performance, the optimum processing conditions such as austenitization temperature and cooling rate may not be the same for all steel chemistry, and has to be carefully selected. The capability to model the thermal cycle after the ERW process and the understanding of the metallurgical behavior of different steel chemistries and dimensional configuration becomes the main target of any ERW pipe manufacturer aiming supply reliable Line Pipes as per API 5L PSL2 Annex G. In this work, a numerical thermal model of the SHT is presented along with validation and simulation results. A summary of metallurgical thermal cycle simulations by means of a Gleeble® 3500, applied on different steels is also included.
Picture for 01025 HIGH TEMPERATURE AND HIGH FLOW VELOCITY
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01025 HIGH TEMPERATURE AND HIGH FLOW VELOCITY TESTS FOR CO2 CORROSION INHIBITORS

Product Number: 51300-01025-SG
ISBN: 01025 2001 CP
Author: J. Kvarekval and E. Gulbrandsen
$20.00

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