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14122 total products found.
Picture for A Study of Pipeline Integrity Management in Oil and Gas Production Facilities of Arabian Gulf Oil Company through Corrosion Management
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A Study of Pipeline Integrity Management in Oil and Gas Production Facilities of Arabian Gulf Oil Company through Corrosion Management

Product Number: MECC23-19898-SG
Author: Iftikhar Ahmad
Publication Date: 2023
$20.00

The primary objective of pipeline integrity management (PIM) is to maintain pipelines in a fit-for-service condition while extending their remaining life in the safe, most reliable and cost effective manner. The effective and successful life cycle pipeline integrity management is based on following aspects: (a) feasibility, (b) design, (c) procurement, (d) fabrication, (e) modification, (f) transportation and storage, (g) pre-commissioning and commissioning, (h) handover, (i) operation and maintenance, (j) suspension/abandonment. The requirements and recommendations of the management of integrity of a pipeline throughout its life cycle are given in the documents published by ISO organization.
Picture for Exploring CO2 Annular Corrosion In Flexible Pipes At Different Pressures
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Exploring CO2 Annular Corrosion In Flexible Pipes At Different Pressures

Product Number: 51321-16796-SG
Author: Maira Eleni Mitzithra; John Rothwell; Shiladitya Paul; Fabricio Pinheiro dos Santos
Publication Date: 2021
$20.00
Picture for A New Perspective on Corrosion Monitoring
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51318-10937-A New Perspective on Corrosion Monitoring

Product Number: 51318-10937-SG
Author: Kjell Wold / Heitor Ruschmann / Ivan Ruiz Stubelj
Publication Date: 2018
$20.00

Corrosion monitoring technology selection should be based on the  challenges and information needs in each individual case. A combination of monitoring technologies will often provide the most reliable information, leading to improved decisions and better corrosion management.

 
Picture for Suspension-High Velocity Oxy-Fuel Spray Tio2 Coatings And Their Corrosion Behaviour
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Suspension-High Velocity Oxy-Fuel Spray Tio2 Coatings And Their Corrosion Behaviour

Product Number: 51322-17637-SG
Author: Garima Mittal, Imran Bhamji, Alexandre Sabard, Shiladitya Paul
Publication Date: 2022
$20.00

With the increased pollution and energy demand, industries are shifting towards cleaner and greener power generation source. Geothermal energy, where energy is derived from the sub-surface of earth, is an excellent and continuous source of energy. Despite having the potential of providing cleaner energy, there is a huge gap between the theoretical potential of geothermal power plants and their practical applications. Some of the major reasons are high power generation cost and poor efficiency of the plant.
Picture for Top of Line Corrosion in Multiphase Gas Line Operational Feedbacks
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Top of Line Corrosion in Multiphase Gas Line Operational Feedbacks

Product Number: 51323-19486-SG
Author: Suryani, Rudi Rinaldi, Albertino Prabowo, Farih Mitraningsih, Aji Samiaji
Publication Date: 2023
$20.00

The first case of top of line corrosion (TLC) in Tunu gas field was reported by Gunaltun et al in 19991. Inline
inspection (ILI) of two carbon steel pipelines distributing multiphase effluent, showed up to 50% metal
loss at 11.00 – 01.00 o’clock at several sections. Visual examination of a cut section showed that the top
of line was covered with iron carbonate layer with deep pits, and severe metal loss occurred on large
surfaces at these area.
Picture for 06458 UNDER-DEPOSIT CORROSION MECHANISMS IN
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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 Nanocomposite Polybenzoxazine Coatings for Geothermal Applications
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Nanocomposite Polybenzoxazine Coatings for Geothermal Applications

Product Number: 51319-13514-SG
Author: Rigoberto Advincula
Publication Date: 2019
$20.00

One of the most commonly cited anticorrosion solutions in the geothermal industry is by pH modification by NaOH dosing which has been reported to be effective by various geothermal sites. Though not widely used in geothermal plants another way of retarding the effects of corrosion is by application of coatings. Due to the relatively high-temperature demand of geothermal process coatings to be applied must have good thermal stability resistance to abrasion (erosion) and resistance to chemical attack. High-velocity solids will impinge on the walls of the pipe eroding the metal. Erosion together with corrosion would have a synergistic effect on the rate of metal dissolution making it a critical factor to consider in operating under highly erosive and corrosive environment. High-temperature stable polymer nanocomposite coatings of polybenzoxazines (PBZ) modified with rubber (PBZ-R) with varying amounts of nanoclay (MMT) was made. The enhancement of the mechanical properties of PBZ-R by addition of MMT by its intercalation/exfoliation into the polymer matrix was supported by XRD thermogravimetric tests hardness test and adhesion tests. Results of electrochemical measurements showed that the nanocomposite coatings exhibited good anti-corrosion property. PBZ-R alone offered corrosion protection to the carbon steel in acidic geothermal brine. This is due to the low water absorption capability of PBZ which prevents the corrosive fluid to penetrate into the coating. Addition of the nanoclays further increased the corrosion protection of the nanocomposite coating with an optimum loading of 5 % MMT. The stability and the protection efficiency was also evaluated under high temperature and high-pressure brine tests conditions.
Picture for Practical Uncertainty Propagation in Corrosion Growth Estimation from Successive In-Line Inspections
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Practical Uncertainty Propagation in Corrosion Growth Estimation from Successive In-Line Inspections

Product Number: 51321-16421-SG
Author: Jed Ludlow/Jonathan Hardy
Publication Date: 2021
$20.00
Picture for Documented Evidence of Significant Metal Loss in Aluminum Crevice Corrosion
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51316-7199-Documented Evidence of Significant Metal Loss in Aluminum Crevice Corrosion

Product Number: 51316-7199-SG
ISBN: 7199 2016 CP
Author: Brian DeForce
Publication Date: 2016
$20.00

The crevice corrosion of aluminum (99.999 wt. %) in neutral and mildly acidic solutions was investigated. Polarization curves were generated in simulated crevice solutions and potentiostatic crevice corrosion experiments with varying crevice gaps were performed.
Picture for Internal Deposits: A Potential Threat to Pipeline Integrity
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Internal Deposits: A Potential Threat to Pipeline Integrity

Product Number: 51324-21014-SG
Author: Sri Krishna Chimbli
Publication Date: 2024
$40.00
Recent failure analyses of several modern pipelines in oil service have exhibited pin-hole leaks at the 6 o’clock position. The pits formed on the inside surface from a combination of pitting corrosion and under deposit corrosion. Two case studies involving an 8-inch and a 12-inch OD API 5L Grade X52M pipeline are discussed. The work scope for the pipeline failure analyses included visual examination, metallography, energy dispersive X-Ray spectroscopy (EDS) of corrosion products, X-Ray diffraction (XRD) analysis, Vickers hardness and tensile tests to determine the mechanism that led to the perforation(s). The failure analyses results indicated that the pitting corrosion likely occurred from the presence of free water and salts, while under deposit corrosion occurred from a layer of deposits containing paraffin, sand, salts and iron oxides. Pipelines anticipated to have significant accumulation of internal deposits require frequent internal cleaning via pigging and the subsequent use of corrosion inhibitors to improve pipeline integrity.
Picture for 51317-9586- Polymer and Nanomaterial Based Inhibitors: Stimuli-Responsive
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51317-9586- Polymer and Nanomaterial Based Inhibitors: Stimuli-Responsive

Product Number: 51317-9586-SG
ISBN: 9586 2017 CP
Author: Rigoberto C. Advincula
Publication Date: 2017
$20.00

Principles and work investigating various corrosion and scaling inhibitors for the production and process industries. The use of block-copolymers and hyperbranched oligomeric design in inhibitors is of a high interest.  Also involved are a number of analytical and testing methods
Picture for Reflections on 70 Years of Marine Corrosion Research and Testing Inspired by Francis L. LaQue
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51317--9571-Reflections on 70 Years of Marine Corrosion Research and Testing Inspired by Francis L. LaQue

Product Number: 51317--9571-SG
ISBN: 9571 2017 CP
Author: Robert Kain
Publication Date: 2017
$20.00

This paper reflects on Francis L. LaQue 's pioneering approach that allowed testing in real-world marine environments and generation of comprehensive, practical data over nearly seven decades. These data are still widely referenced and used in materials selection for marine environments.

 

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