Skip to content

Three additional Yakut oil fields will be linked to the "Power of Siberia" pipeline network

Gas flow to Power of Siberia pipeline to exceed 10 billion m³ annually

Yakut oil and gas fields to be linked with the "Power of Siberia" pipeline network
Yakut oil and gas fields to be linked with the "Power of Siberia" pipeline network

Three additional Yakut oil fields will be linked to the "Power of Siberia" pipeline network

The Chonskaya group of fields in Yakutia, a significant component of Russia’s natural gas resource base, could soon become a vital part of the Power of Siberia gas pipeline. This pipeline supplies gas from eastern Siberia to China.

Currently, the Chonskaya group includes several fields located in the Yakutia region of eastern Siberia. These fields possess substantial gas reserves, with estimates indicating several trillion cubic meters of natural gas in place. Many of the fields are considered promising for development due to their size and high gas quality.

Exploration activities continue, aimed at better delineating the reserves and bringing the resources into production. There is potential for discovering additional accumulations in adjacent territories. Development plans for these fields are closely tied to infrastructure projects like the Power of Siberia pipeline.

The Power of Siberia pipeline, a major strategic project, transports Russian gas from eastern Siberian resources to China. The Chonskaya group’s gas is important in sustaining and expanding the pipeline’s supply base. Gas from these fields helps diversify and supplement production from other major sources like the Kovykta and Chayandinskoye fields.

The fields are expected to increasingly contribute gas supplies to the pipeline once development phases advance, potentially boosting the overall volume exported to China. As production ramps up in Chonskaya, it will enhance the reliability and volume of gas supply through the pipeline, supporting Russia’s long-term export goals to the Asia-Pacific market.

The development of these fields within Yakutia also encourages regional economic growth and infrastructure improvements aligned with the pipeline project. The Power of Siberia pipeline's expansion could potentially include resources from additional Yakutian fields, such as Tympunkhanskoye and Vakunaiskoe.

The Chonskaya project involves three licensed subsoil areas: Ignaylinskoe, Tympunkhanskoe, and Vakunaiskoe. Tas-Yuryakh Neftgazodobycha is the company responsible for the development of the Tas-Yuryakhskoye and Verkhnevil'yuchanskoye fields, which are expected to provide 10.72 billion cubic meters of gas to the export pipeline annually.

Gazprom has mentioned the start of the "Chona Gas" project, which could involve methane from the Tas-Yuryakhskoye and Verkhnevil'yuchanskoye fields. Gazprom is currently working on the construction of a connection between the gas pipelines Power of Siberia and Sakhalin - Khabarovsk - Vladivostok with a length of 828 km.

The potential expansion of the Power of Siberia gas pipeline could have significant implications for Yakutia’s natural gas industry. The Power of Siberia pipeline is a significant infrastructure project in Siberia, and its expansion could further solidify Russia’s position as a key gas supplier to the Asia-Pacific market.

The potential expansion of the Power of Siberia gas pipeline, including the involvement of the Chonskaya group of fields, remains a subject of ongoing discussion and development. The development of these fields represents a significant opportunity for Russia to increase its gas export capacity to China, supporting strategic energy cooperation and economic objectives in the eastern Siberian region.

The Chonskaya group's development holds potential for contributing to Russia's gas export capacity to China, notably for the Power of Siberia pipeline, which transports gas from eastern Siberia to the Asia-Pacific market. With substantial gas reserves and promising fields, the Chonskaya project can boost the pipeline's supply base, diversify and supplement production, and enhance the pipeline's reliability and volume.

Read also:

    Latest