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Application of Hydrogen Service Fatigue Crack Growth Rate Models to a Simulated Remaining Life Assessment of Transmission Pipeline

Product Number: 51323-19368-SG

Author: B.C. Rollins, B.N. Padgett, T.J. Prewitt, A. Chandra, S. Finneran, R. Thodla

Publication Date: 2023

$20.00

The hydrogen economy envisions the use of gaseous hydrogen (herein referred to as hydrogen) as an energy carrier for the reduction of carbon emissions. Transportation of hydrogen from the upstream source (generation location) to the end-user will be necessary to maximize the carbon reduction potential switching from natural gas to pure hydrogen or hydrogen blended natural gas products. A proposed, economically viable option is to utilize the existing and extensive natural gas pipeline infrastructure in the United States.

Products tagged with 'remaining life estimation'

Application of Hydrogen Service Fatigue Crack Growth Rate Models to a Simulated Remaining Life Assessment of Transmission Pipeline

Association for Materials Protection and Performance