Pipeline (Page 2)

In support of industry-wide investment in carbon neutrality with a key component being a transition to hydrogen as a utility fuel, EWI has developed a unique laboratory capability for testing of material properties under exposure to high-pressure, gaseous H2 environments. Understanding the influence of hydrogen embrittlement and hydrogen-assisted cracking on the performance of critical infrastructure...

As pressurized hydrogen gas becomes a viable, low-carbon energy option, we must make sure that our national fuel transportation infrastructure is ready to handle it. Material behavior and after-effects of H2 exposure on pipeline materials must be evaluated and understood. EWI Principal Engineer for Structural Integrity, Bill Mohr, has written Effects of Hydrogen Exposure on...

Developing robust carbon capture, utilization, and sequestration (CCUS) technology is key to addressing the damaging effects of CO2 on the environment. The corrosive nature of carbon emissions, however, creates major challenges to CCUS efforts. EWI is now applying its expertise in material science and testing, modeling, and data science to address corrosion issues in CCUS...