X-ray micro-computed tomography-based approach to estimate the upper limit of natural H2 generation by Fe2+ oxidation in the intracratonic lithologies

Kularatne, Kanchana; Sénéchal, Pascale; Combaudon, Valentine; Darouich, Othmane; Angels Subirana, Maria; Proietti, Arnaud; Delhaye, Caroline; Schaumlöffel, Dirk; Sissmann, O.J.; Deville, Éric; Derluyn, Hannelore

doi:10.1016/j.ijhydene.2024.06.256

Public

X-ray micro-computed tomography-based approach to estimate the upper limit of natural H2 generation by Fe2+ oxidation in the intracratonic lithologies

Published in International Journal of Hydrogen Energy • Jul 1, 2024

Authors:

Kanchana Kularatne

Pascale Sénéchal

Valentine Combaudon

Abstract

Natural hydrogen (H 2 ) emanations in intracratonic areas offer potentially exploitable carbon-free energy. To date, H 2 seepages have been detected in more than sixty sites with exploration ongoing in many locations. One mechanism of natural hydrogen generation is the oxidation of Fe 2+ in Fe-rich ...

Subject

Lithology

Limit (mathematics)

Tomography

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