Menu
Search
Filters
Close
Menu

Save 20% on select titles with code HIDDEN24 - Shop The Sale Now

Products tagged with 'under-deposit corrosion'

View as
Sort by
Display per page
Picture for 06458 UNDER-DEPOSIT CORROSION MECHANISMS IN
Available for download

06458 UNDER-DEPOSIT CORROSION MECHANISMS IN BOILERS

Product Number: 51300-06458-SG
ISBN: 06458 2006 CP
Author: A.G. Howell
$20.00

Under-deposit corrosion is a common mode of failure in boiler tubes. Mechanisms include phosphate attack, caustic gouging, hydrogen damage, and wall thinning due to metal loss. Many aspects of these mechanisms and their mitigation are well-understood, while certain specific details remain uncertain or subject to controversy.

 
Picture for Corrosion and Its Inhibition Under Iron Sulfide Deposits: Laboratory Testing Method Development
Available for download

51314-4159-Corrosion and Its Inhibition Under Iron Sulfide Deposits: Laboratory Testing Method Development

Product Number: 51314-4159-SG
ISBN: 4159 2014 CP
Author: Yingrui Zhang
Publication Date: 2014
$20.00

Concerning corrosion rate under iron sulfide deposits. A laboratory iron sulfide synthesis method and an iron sulfide under-deposit corrosion testing methodology were developed to better assess and monitor this type of corrosion in a simulated pipeline environment.
Picture for 51317-9340-Investigation of Under-deposit corrosion on X-60 using Multielcetrode System
Available for download

51317-9340-Investigation of Under-deposit corrosion on X-60 using Multielcetrode System

Product Number: 51317-9340-SG
Author: Nayef M. Alanazi
Publication Date: 2017
$0.00

The effect of the deposition of sand and field sludge on the corrosion mechanism of carbon steel in sour environments. Under-deposit corrosion (UDC) of carbon steel was studied underneath the sand deposit and the field sludge in a simulated sour environment
Picture for Sour Under-Deposit Corrosion With Different Iron Sulfides
Available for download

Sour Under-Deposit Corrosion With Different Iron Sulfides

Product Number: 51321-16703-SG
Author: J. Kvarekvål; M. Tjelta
Publication Date: 2021
$20.00
Picture for Synergistic Effect of Magnetite-Enriched Rust Layer and Sulfate Reducing Bacteria on Pipeline Steel Corrosion in Oilfield Produced Water
Available for download

Synergistic Effect of Magnetite-Enriched Rust Layer and Sulfate Reducing Bacteria on Pipeline Steel Corrosion in Oilfield Produced Water

Product Number: 51324-20769-SG
Author: Victor Malachy Udowo; Fuchun Liu; Maocheng Yan; Peter C. Okafor
Publication Date: 2024
$40.00
Research shows that microorganisms play a significant role in corrosion of buried steel pipes. Partially hydrolyzed polyacrylamide (HPAM), a polymer commonly used to enhance oil recovery (EOR) from reservoirs, has been found to benefit microorganisms as a nutrient source, resulting in severe microbial corrosion of steel in the vicinity. Herein, microbial corrosion behavior of carbon steel was examined under active Fe oxide and inert sand deposits in oilfield water containing HPAM and sulfate-reducing bacteria (SRB). The electrochemical results show that corrosion rate of the steel under the Fe oxide deposit was generally higher than that under the sand deposit. The steel under the Fe oxide deposit suffered severe pitting assault with wider and deeper pits of about 32.65 µm. In comparison, corrosion severity decreased in the sand-deposited sample (having a maximum pit depth of 11.22 µm). The results demonstrate a synergistic effect between SRB activities and Fe oxide deposits to exacerbate steel corrosion in the oilfield water containing HPAM gel.
Categories
Industry
Popular tags
View all

Association for Materials Protection and Performance

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