Development of additively manufactured high-temperature ceramic structures to avoid clogging problems and reduce hydrogen embrittlement during hydrogen production process through methane pyrolysis (T02-A02)

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Development of additively manufactured high-temperature ceramic structures to avoid clogging problems and reduce hydrogen embrittlement during hydrogen production process through methane pyrolysis (T02-A02)

Phase:	Theme
Theme:	Carbon CUS (T02)
StatusStatut:	Active
Start DateDate de début:	2024-04-01
End DateDate de fin:	2026-03-31
Principal Investigator
Hogan, James David

Aperçu de Project Overview

The primary objective of this research project is to develop state-of-the-art high-performing additively manufactured structures and coatings that can be used to reduce current carbon clogging, metal dusting, and hydrogen embrittlement issues occurring in methane pyrolysis hydrogen production reactors, thereby improving reactor longevity and production efficiencies.

Our research objective is accomplished via high throughput predictive design and modelling, manufacturing, and experimental testing in both controlled laboratory and real-world reactor environments.

When completed, our cutting-edge research on materials development for future energy systems will significantly advance sustainable hydrogen energy production in Alberta and Canada.

The project is in collaboration with Innova Cleantech and Lithoz America, and supported by Sturgeon County and the Edmonton Region Hydrogen Hub.

Outputs

Title	Category	Date	Authors
Comparative Carburization and Metal Dusting Resistance of Structural Alloys in Methane Pyrolysis Environments	Publication	2026-04-29	Benson Ho
Surface Modification Strategies for the Prevention of Metal Dusting in Industrial Alloys	Activity	2026-10-28	Benson Ho

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