2023
DOI: 10.1021/acs.jced.3c00280
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A Nonequilibrium Chemical Affinity-Based Hydrate Growth Model: Applied to the CH4 Hydrate

Ingrid Azevedo de Oliveira,
Pedro Henrique Constantino,
Amaro Gomes Barreto
et al.

Abstract: While hydrate formation conditions are commonly present in natural gas offshore production, where hydrates can cause undesirable blockages, the natural reserves of CH4 hydrate on the seafloor have been studied as a potential energy source. Different applications for these crystalline structures are also being developed due to their gas storage capacity. Hence, understanding the hydrate growth phenomenon may lead to alternative operational procedures to avoid blockages, explore natural reserves, and develop new… Show more

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