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Picture for A Study on Tensile Characteristics (SSRT) of Pipeline Material (API 5L X52) Under High Pressure Hydrogen Environment
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A Study on Tensile Characteristics (SSRT) of Pipeline Material (API 5L X52) Under High Pressure Hydrogen Environment

Product Number: 51323-19228-SG
Author: Won Jung Kim, Hyung Goun Joo, Chang Nam You, Hyeong Sub Kim
Publication Date: 2023
$20.00

Recently, Countries around the world are taking steps to reduce carbon, which is considered a major cause of environmental pollution and the hydrogen market, an eco-friendly energy, is growing rapidly. Major countries such as the United States, Japan and the European Union (EU) are strengthening policies for the use of hydrogen energy and hydrogen-related projects in various fields, from materials to chemistry, energy and mobility, are being actively carried out. In order to use hydrogen energy, it is the most efficient and currently the most reasonable method to transport the produced hydrogen as high-pressure gas through a pipeline.
Picture for A Study on the Effect of Surface Profile on Pull-off Adhesion Strength Value of Organic Coatings
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A Study on the Effect of Surface Profile on Pull-off Adhesion Strength Value of Organic Coatings

Product Number: 51323-19225-SG
Author: Srikanth Kambhampati, Qing Cao, Varun Ghodkay, Hanan Farhat, Thunyaluk Pojtanabuntoeng
Publication Date: 2023
$20.00

Coatings have been used as a primary method to protect the substrate underneath from corrosion in various geographical environments. A diverse range of generic coating types are available to protect the metals in different corrosive environments. Selection of the right coating for a specific metallic substrate at given operating conditions and environment is key to avoiding any premature failures of coating.
Picture for A Test Procedure To Evaluate ERW/HFW Pipe Seam Susceptibility To Embrittlement
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A Test Procedure To Evaluate ERW/HFW Pipe Seam Susceptibility To Embrittlement

Product Number: 51323-19135-SG
Author: Saad M. Al-Muaili, Mohammed A. Al-Anezi
Publication Date: 2023
$20.00

HFW pipes is considered a cost-effective pipe option for oil and gas pipeline projects. The HFW seam performance is always a concern, especially in challenging environments such as low temperature applications and wet sour services. One of the challenges include the seam properties to resist sulfide stress cracking (SSC) or hydrogen embrittlement (HE) when exposed to hydrogen charging environment such as a wet sour service.
Picture for A Theoretical Investigation On The Role Of Microstructural Particularities On The Hydrogen Embrittlement Of Nickel Alloys
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A Theoretical Investigation On The Role Of Microstructural Particularities On The Hydrogen Embrittlement Of Nickel Alloys

Product Number: 51322-17718-SG
Author: Julia Botinha, Bodo Gehrmann, Helena Alves
Publication Date: 2022
$20.00

Precipitation hardened (PH) nickel alloys have been broadly used in various applications in the oil and gas industry thanks to its high strengths and outstanding corrosion resistance in several aggressive environments. Alloy 718 (UNS1 N07718), Alloy 925 (UNS N09925), Alloy K-500 (UNS N05500), Alloy 725 (UNS N07725), and others are among the most used PH nickel alloys in the oil and gas industry. Despite of their known high corrosion properties, hydrogen embrittlement is one common failure reported by the industry for this class of alloys.
Picture for A Two-Stage Cathodic Protection System Combining ICCP Components with Long-Term Galvanic Anode Steel Reinforcement Protection
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A Two-Stage Cathodic Protection System Combining ICCP Components with Long-Term Galvanic Anode Steel Reinforcement Protection

Product Number: 51323-18868-SG
Author: David Whitmore, David Simpson, George Sergi
Publication Date: 2023
$20.00

There is no doubt that Impressed Current Cathodic Protection (ICCP) of steel reinforced concrete has, over the last decades, become a well-established technique for controlling reinforcement corrosion of structural elements. The expectation of long-life protection has, however, been somewhat reduced as some anode systems fail, monitoring equipment become antiquated, and lack of adequate maintenance makes the systems inoperable with the average service life of any ICCP system falling to 15-20 years.
Picture for Abnormal Hydrotreater Distillation Sulfidation Corrosion At Stripper Reboiler Outlet - Investigation Study
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Abnormal Hydrotreater Distillation Sulfidation Corrosion At Stripper Reboiler Outlet - Investigation Study

Product Number: 51321-16763-SG
Author: Omar S. Alabdulgader
Publication Date: 2021
$20.00
Picture for Abrasion of Novel Aluminum Matrix Composites
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Abrasion of Novel Aluminum Matrix Composites

Product Number: 51321-16936-SG
Author: Lisbeth Pelayo; Chase C. Hargrove; David S. Calderon; Harrison B. Porter; Vilupanur Ravi
Publication Date: 2021
$20.00
Picture for AC Corrosion At Other Frequencies Part A: Field Investigation And Mitigation
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AC Corrosion At Other Frequencies Part A: Field Investigation And Mitigation

Product Number: 51321-16807-SG
Author: Wolfgang Fieltsch, P. Eng.; Fation Shahinas, P. Eng.; Andreas Junker Olesen, Ph.D., Eng.; Lars Vendelbo Nielsen, Ph.D., Eng.
Publication Date: 2021
$20.00
Picture for AC Mitigation Design Considerations for Pipeline Facilities
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AC Mitigation Design Considerations for Pipeline Facilities

Product Number: 51323-18867-SG
Author: Hycem Bahgat, Sorin Segall, Ernesto Gudino
Publication Date: 2023
$20.00

When a pipeline is co-located with an AC powerline, it is subject to AC interference effects. These AC interference effects can result in safety hazards to operating personnel and the public under powerline steady-state (normal operation) and fault (short-circuit) conditions.
Picture for Acceleration Of 316L Stainless Steel Corrosion By Proton-Irradiation-Induced Displacement Damage In Hydrogenated Steam
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Acceleration Of 316L Stainless Steel Corrosion By Proton-Irradiation-Induced Displacement Damage In Hydrogenated Steam

Product Number: ED22-17134-SG
Author: Rigel D. Hanbury, Jonas K. Heuer, Gary S. Was
Publication Date: 2022
$20.00

From stress corrosion cracking of baffle-former bolts to radiological hazards from Co-60, corrosion of structural materials is the root of many operational issues that occur in light water nuclear reactors. Corrosion must be controlled to mitigate the risks of larger problems that reduce the operational time and lifespan of a reactor. One fundamental feature of nuclear reactors is the radiation field which is known to impact corrosion behavior. However, there is a severe lack of understanding the underlying mechanisms of radiation effects on corrosion, especially for stainless steels. Ion irradiation experiments allow for the controlled study of radiation effects on corrosion and to compensate for the lack of reactor data on structural materials.
Picture for Acceleration Of Ni2cr Ordered Phase Formation Via Proton Irradiation
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Acceleration Of Long-Range Ordering in NiCrFe Alloys Using Proton Irradiation

Product Number: ED22-18352-SG
Author: Cole Evered, Nicholas Aerne, David J. Sprouster, Julie D. Tucker
Publication Date: 2022
$20.00

The extension of nuclear reactor lifetimes beyond 40 years requires the qualification of plant components to ensure performance past their initial design requirements. Nickel-based alloys containing chromium (NiCr) are of concern at these extended lifetimes, as these types of alloys form an embrittling precipitate phase. Below a critical temperature—which is above the normal 300-400⁰C reactor operating temperatures—NiCr alloys form a stable, fully coherent MoPt2-typelong-range ordered (LRO) phase with stoichiometry Ni2Cr.
Picture for Achieving Stable Hydrogen Deliveries from Renewable Sources in Pipelines
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Achieving Stable Hydrogen Deliveries from Renewable Sources in Pipelines

Product Number: 51324-20942-SG
Author: Guohua Li; Randy Dinata
Publication Date: 2024
$40.00

Hydrogen production from a renewable energy source (e.g., solar and wind farms) via electrolysis can fluctuate significantly due to power variability. However, a stable hydrogen delivery is crucial for processes requiring hydrogen as a feedstock such as ammonia synthesis plants. Ensuring a steady hydrogen flow into these chemical plants via a pipeline can be a challenge. Hydraulic transient models can be utilized to design a pipeline system promoting stable delivery flows. Three example cases representing fluctuating renewable power sources of solar, wind, and combined solar and wind are provided. In addition, effects of pipeline sizes, lengths, and pressures on the hydrogen transmission and storage performance have been investigated using these models. The modeling results demonstrate the feasibility of achieving a stable hydrogen delivery when these three key parameters are designed properly. A methodology is proposed to identify the feasible and infeasible scenarios for each modeling case. The paper also reveals the inherent behavior of the pressure fluctuations that are caused by packing and unpacking mechanisms are essential to provide buffers to bridge the gap between hydrogen supply and demand.
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