Messoyakha Gas Field

Messoyakha gas field
Messoyakha gas field
Country	Russia
Location	West Siberian Basin
Offshore/onshore	Onshore
Operator	Messoyakhaneftegaz
Partners	Gazprom Neft; TNK-BP
Field history
Start of production	1970; since 1980 intermittently during the summer[1]
Abandonment	1978 to 1980

The Messoyakha gas field is a natural gas field located in the north of the West Siberian Basin in the Taymyrsky Dolgano-Nenetsky District, where there are many large fields, and where the presence of gas hydrates has been documented.[2] The Messoyakha gas field is often used as an example of production of in-situ gas hydrates.[3] There is conflicting evidence as to whether the gas hydrates are being produced currently with some research indicating that the production data demonstrates their production. Other research suggest that the gas hydrates are not contributing to the current production.

Production history

In 1969, the Messoyakha-Dudinka-Norilsk natural gas pipeline was laid in the Taymyr Autonomous Okrug.[lower-alpha 1] The industries in both Dudinka for shipping non-ferrous metals, coal, and ore, and Norilsk, such as the Norilsk railway and the Norilsk Mining and Smelting Factory, greatly benefited from the natural gas supplied from Messoyakha.[4]

Messoyakha was brought into production in 1970 and was brought out of production by 1978. Production was resumed at a significantly lower rate in 1980 with intermittent production during the summer season and continues to this day.[1] During the initial production rate the pressure drop in the reservoir did not decrease as rapidly as expected and increased by 2 megapascals (20 atm) when shut-off between 1978-80.

Petroleum engineers and geologists point to the subsequent production from 1980 and the increase in pressure as evidence of the gas hydrates producing into the Messoyakha reservoir formation.

Messoyakha Gas Hydrates Reservoir

The Messoyakha reservoir is located underneath the gas hydrate where it is believed that the depressurization of the reservoir due to conventional gas production led to the depressurization and dissociation of gas from the hydrates. The Messoyakha gas field is enclosed in an anticlinal structure trap and is overlain by a 420 to 480 metres (1,380 to 1,570 ft) thick permafrost zone.[4]

Notes

For location of the Messoyakha-Norilsk natural gas pipeline, see infrastructure of the oil and gas complex in the Taymyr Autonomous Okrug

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References

Terasaki (IAE), Kondo (Tokyo Gas), Ishii (Chief of the mission, NIER), Okuda (GSJ), Aoki (JAPEX Geosciences), Shinomiya (Osaka Gas), Tanahashi (GSJ) and Nakamura (JAPEX, mosaiced) (April 18, 1996). Visit to Messoyakha. Japan's Institute of Applied Energy from M. Tanahashi of the Oregon State University physics department. Retrieved December 28, 2015.CS1 maint: multiple names: authors list (link)
"Science // Prospect and Explotation: Strategy of development of oil and gas resources in the Taimyr autonomous okrug". neftegaz.ru. Retrieved December 28, 2015.
"Gas Hydrates in the Messoyakha Gas Field of the West Siberian Basin — A Re-Examination of the Geologic Evidence" (PDF). International Journal of Offshore and Polar Engineering. March 1998.
Tanahashi, M. (April 18, 1996). "Messoyakha Gas Field: The first commercial hydrate deposits?". Oregon State University, physics department. Retrieved December 28, 2015.

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[4] For location of the Messoyakha-Norilsk natural gas pipeline, see infrastructure of the oil and gas complex in the Taymyr Autonomous Okrug

[Visit-1] Terasaki (IAE), Kondo (Tokyo Gas), Ishii (Chief of the mission, NIER), Okuda (GSJ), Aoki (JAPEX Geosciences), Shinomiya (Osaka Gas), Tanahashi (GSJ) and Nakamura (JAPEX, mosaiced) (April 18, 1996). Visit to Messoyakha. Japan's Institute of Applied Energy from M. Tanahashi of the Oregon State University physics department. Retrieved December 28, 2015.CS1 maint: multiple names: authors list (link)

[2] "Science // Prospect and Explotation: Strategy of development of oil and gas resources in the Taimyr autonomous okrug". neftegaz.ru. Retrieved December 28, 2015.

[3] "Gas Hydrates in the Messoyakha Gas Field of the West Siberian Basin — A Re-Examination of the Geologic Evidence" (PDF). International Journal of Offshore and Polar Engineering. March 1998.

[Tanahashi-5] Tanahashi, M. (April 18, 1996). "Messoyakha Gas Field: The first commercial hydrate deposits?". Oregon State University, physics department. Retrieved December 28, 2015.