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This is a Quantitative Study study.

October 1, 2025GeoresursyOpen Access

Probabilistic assessment of spatial distribution of hydrate methane resources within the economic zone of the Russian Federation of the Black Sea

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Probabilistic assessment estimates methane resources in the Black Sea, highlighting key geothermal factors.

Methane resources in the Black Sea are estimated at 361.9 trillion m³ with a 5% probability, emphasizing substantial potential.
The assessment uses a probabilistic-statistical method with the OHRA software and mapped geothermal gradients.
Geothermal data compilation and specific density evaluations were integral to understanding hydrate stability dynamics.
Temperature and pressure significantly influence gas hydrate resource assessment, particularly at depths beyond 1,500 m.

Chernova et al. (2025) studied this question.

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October 1, 2025GeoresursyOpen Access

View Full Paper

Ask AI

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Authors

Probabilistic assessment estimates methane resources in the Black Sea, highlighting key geothermal factors.

Methane resources in the Black Sea are estimated at 361.9 trillion m³ with a 5% probability, emphasizing substantial potential.
The assessment uses a probabilistic-statistical method with the OHRA software and mapped geothermal gradients.
Geothermal data compilation and specific density evaluations were integral to understanding hydrate stability dynamics.
Temperature and pressure significantly influence gas hydrate resource assessment, particularly at depths beyond 1,500 m.

Chernova et al. (2025) studied this question.

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