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September 30, 2025GeoresursyOpen Access

Cryogenic gas hydrates on the Arctic shelves: forecast features and resource assessments

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Numerical modeling predicts methane in cryogenic gas hydrates on the Russian Arctic shelf, suggesting significant resource potential.

A forecasted total of approximately 0.1 trillion cubic meters of methane in hydrate form was identified on the Laptev Sea shelf.
Modeling results indicate potential methane accumulation of up to 9.24 trillion cubic meters on the Arctic shelf, representing about 0.3% of global reserves.
Research utilized numerical modeling to assess the thermal regime of marine sediments and identify hydrate stability zones.
The findings highlight the considerable methane resource potential in the Russian Arctic's cryogenic gas hydrates, with implications for energy studies.

Smirnov et al. (2025) studied this question.

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September 30, 2025GeoresursyOpen Access

View Full Paper

Ask AI

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Authors

Numerical modeling predicts methane in cryogenic gas hydrates on the Russian Arctic shelf, suggesting significant resource potential.

A forecasted total of approximately 0.1 trillion cubic meters of methane in hydrate form was identified on the Laptev Sea shelf.
Modeling results indicate potential methane accumulation of up to 9.24 trillion cubic meters on the Arctic shelf, representing about 0.3% of global reserves.
Research utilized numerical modeling to assess the thermal regime of marine sediments and identify hydrate stability zones.
The findings highlight the considerable methane resource potential in the Russian Arctic's cryogenic gas hydrates, with implications for energy studies.

Smirnov et al. (2025) studied this question.

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