Crude oil and other petroleum liquids | Natural gas | Coal | Nuclear | Hydro | Other renewables | Total | |
---|---|---|---|---|---|---|---|
Primary energy consumption (quads) | 7.5 | 17.2 | 5.1 | 2.3 | 0.7 | 32.7 | |
Primary energy consumption (percentage) | 23% | 53% | 16% | 7% | 2% | 100% | |
Primary energy production (quads) | 23.0 | 23.3 | 10.6 | 2.3 | 0.7 | 59.9 | |
Primary energy production (percentage) | 38% | 39% | 18% | 4% | 1% | 100% | |
Electricity generation (TWh) | 8.4 | 513.1 | 165.2 | 217.0 | 198.0 | 14.7 | 1,116.4 |
Electricity generation (percentage) | 1% | 46% | 15% | 19% | 18% | 1% | 100% |
Data source: U.S. Energy Information Administration, International Energy Statistics database Note: We aggregate hydroelectricity and renewables as other renewables for primary energy production and consumption. Electricity generation excludes generation from other gases. Quads=quadrillion British thermal units and TWh=terawatthours |
Figure 1. Map of Russia (as of July 2025)
Data source: U.S. Central Intelligence Agency, The World Factbook–Russia
Figure 2. Map of regions in Russia (as of July 2025)
Data source: Eurasian Research Institute
API gravity | Sulfur content | Regions | |
---|---|---|---|
Urals | 30 to 32 | 1.3% to 1.5% | Western Siberia and Volga Urals |
ESPO | 34 to 37 | 0.4% to 0.6% | Eastern Siberia |
Sokol | 35 to 37 | 0.2% to 0.3% | Far East |
Varandey | 25 to 37 | 0.2% to 0.5% | Northern |
ARCO | 23 to 24 | 2.2% to 2.4% | Northern |
Siberian Light | 34 to 36 | 0.2% to 0.6% | Western Siberia |
Sakhalin | 37 to 45 | 0.1% to 0.3% | Far East |
Novy Port | 30 to 35 | 0.1% to 0.3% | Western Siberia |
Data source: McKinsey & Company, Independent Commodity Intelligence Services, Trading Economics, Hydrocarbons Technology, Pipeline and Gas Journal, Reuters, Nasdaq, NS Energy, and Mitsubishi Corporation |
Company | Total production thousand barrels per day |
Percentage of total production |
---|---|---|
Rosneft | 3,308 | 31% |
Gazprom Neft | 2,098 | 20% |
Lukoil | 1,567 | 15% |
Surgutneftegas | 1,136 | 11% |
Tatneft | 565 | 5% |
Others | 2,029 | 19% |
Data source: Rystad Energy |
Company | Region | Estimated capacity thousand barrels per day |
Start of operations year |
|
---|---|---|---|---|
Omsk | Gazprom Neft | Western Siberia | 440 | 1955 |
Kirishi | Surgutneftegaz | Northwest | 400 | 1966 |
Ryazan | Rosneft | Central | 340 | 1960 |
Nizhny Novgorod | Lukoil | Volga-Urals | 340 | 1958 |
Yaroslavl | Gazprom Neft and Rosneft | Central | 300–320 | 1961 |
Taneco | Tatneft | Volga-Urals | 170–320 | 2011 |
Volgograd | Lukoil | Volga-Urals | 290 | 1957 |
Perm | Lukoil | Volga-Urals | 260 | 1958 |
Moscow | Gazprom Neft | Central | 210–260 | 1938 |
Tuapse | Rosneft | Southern | 180–240 | 1929–1933 |
Angarsk | Rosneft | Eastern Siberia | 200 | 1954–1955 |
Neftekhim Salavat | Gazprom | Volga-Urals | 200 | 1948 |
Komsomolsk | Rosneft | Far East | 170–200 | 1942 |
Data source: Reuters, Forbes, The New York Times, Gazprom, Tatneft, Lukoil, Bashneft, Rosneft, NS Energy, Offshore Technology, United24 Media, Realnoe Vremya, Hydrocarbon Processing, Promfinstroy, Processing Magazine, and U.S. Central Intelligence Agency, Freedom of Information Act Electronic Reading Room |
Primary stakeholder | Region | Estimated production billion cubic feet per day |
Production start year | Peak production year | Estimated reserves depletion percentage |
|
---|---|---|---|---|---|---|
Bovanenkovo | Gazprom | Western Siberia | 10.8 | 2012 | 2021 | 25% |
Zapolyarnoye | Gazprom | Western Siberia | 9.8 | 2001 | 2013 | 55% |
Yamburg | Gazprom | Western Siberia | 7 | 1991 | 1992 | 83% |
Urengoy | Gazprom | Western Siberia | 4.1 | 1978 | 1992 | 92% |
Yuzhno-Tambeiskoye | Novatek | Western Siberia | 2.7 | 2017 | 2021 | 29% |
Chayandinskoye | Gazprom | Far East | 1.6–2.5 |
2019 | 2024 | 6% |
Yuzhno-Russkoye | Gazprom | Western Siberia | 2.1–2.4 | 2007–2009 | 2011 | 58% |
Kovykta | Gazprom | Eastern Siberia | 0.1–2.4 | 2022 | 2026 | less than 1% |
Pestsovoye | Gazprom | Western Siberia | 2 | 2004 | 2006 | 69% |
Yurkharovskoye | Novatek | Western Siberia | 1.8 | 2003 | 2014 | 73% |
Orenburg | Gazprom | Volga-Urals | 1.1 | 1974 | 1985 | 84% |
Medvezhye | Gazprom | Western Siberia | 0.4 | 1972 | 1982 | nearly 100% |
Data source: Offshore Technology, Global Energy Monitor, and NS Energy |
Location | Region | Estimated reserves in 2023 trillion cubic feet |
Expected production start year | |
---|---|---|---|---|
Shtokman | Barents Sea | Northern | 139 | 2028–2029 |
Kharasaveyskoye | Kara Sea | Western Siberia | 48 | 2025 |
Yuzhno-Kirinskoye | Sea of Ohkutsk | Far East | 21 | 2027 |
Kamennomysskoye | Gulf of Ob | Western Siberia | 15 | 2027 |
Data source: Offshore Technology, Global Energy Monitor, and The Barents Observer |
Operating mines | Proposed new mines | Proposed expansions and extensions | Production percentage |
Total reserves percentage |
|
---|---|---|---|---|---|
Western Siberia | 96 | 7 | 9 | 54% | 44% |
Eastern Siberia | 35 | 6 | 9 | 25% | 34% |
Far East | 28 | 1 | 9 | 17% | 21% |
Northern | 5 | 0 | 0 | 2% | <1% |
Southern | 4 | 3 | 0 | 1% | 1% |
Data source: Global Energy Monitor, Global Coal Mine Tracker Note: Total reserves include proven and probable reserves for operating and proposed coal mines. |
Model | Reactor type | Net electric capacity megawatts |
Construction start | |
---|---|---|---|---|
Kursk 2-1 | VVER V-510 | PWR | 1,200 | April 2018 |
Kursk 2-2 | VVER V-510 | PWR | 1,200 | May 2019 |
Leningrad 2-3 | VVER V-491 | PWR | 1,101 | March 2024 |
Leningrad 2-4 | VVER V-491 | PWR | 1,101 | March 2025 |
Seversk BREST-OD-300 | BREST-OD-300 | FBR | 300 | June 2021 |
Cape Nagloynyn 1 | RITM 200S | PWR | 50 | August 2022 |
Cape Nagloynyn 2 | RITM 200S | PWR | 50 | August 2022 |
Data source: International Atomic Energy Agency, World Nuclear Association Note: PWR=Pressurized Water Reactor, FBR=Fast Breeder Reactor |
Company | Region | Nameplate
capacity megawatts |
Commissioned year |
|
---|---|---|---|---|
Sayano-Shushenskaya | RusHydro | Eastern Siberia | 6,400 | 1978 |
Krasnoyarsk | EuroSibEnergo | Eastern Siberia | 6,000 | 1967 |
Bratskaya | EuroSibEnergo | Eastern Siberia | 4,500 | 1961 |
Ust Illminskaya | EuroSibEnergo | Eastern Siberia | 3,840 | 1974 |
Boguchanskaya | RusHydro | Eastern Siberia | 2,997 | 2012 |
Volzhskaya | RusHydro | Volga Urals | 2,734 | 1958 |
Zhigulevskaya | RusHydro | Volga Urals | 2,488 | 1956 |
Byreyskaya | RusHydro | Far East | 2,010 | 2003 |
Saratovskaya | RusHydro | Volga Urals | 1,427 | 1967 |
Cheboksarskaya | RusHydro | Volga Urals | 1,370 | 1981 |
Zeyskaya | RusHydro | Far East | 1,330 | 1975 |
Zagorskaya | RusHydro | Central | 1,320 | 1987 |
Nizhnekamsk | Tatenergo | Volga-Urals | 1,205 | 1979 |
Votkinskaya | RusHydro | Volga-Urals | 1,020 | 1961 |
Chirkey | RusHydro | Southern | 1,000 | 1974 |
Data source: World Resources Institute, Power Technology, and Global Energy Monitor |
Company | Region | Project type | Status | Additional capacity megawatts |
Estimated completion year |
|
---|---|---|---|---|---|---|
Motyginskaya | EuroSibEnergo | Eastern Siberia | New construction | Announced | 1,100 | -- |
Nizhne-Zeyskaya | RusHydro | Far East | New construction | Announced | 400 | 2030 |
Chirkey | RusHydro | Southern | Reconstruction | -- | 100 | 2027 |
Irkutsk | EuroSibEnergo | Eastern Siberia | Modernization | Preparing for construction | 99 | -- |
Nikhaloy | RusHydro | Southern | New construction | -- | 23 | 2027 |
Irganai | RusHydro | Southern | Reconstruction | -- | 0 | -- |
Data source: Hydropower Congress of Russia and Global Energy Monitor Note: --=not available |
Figure 9. Map of major pipelines and ports for Russia’s crude oil, 2025
Source: Global Energy Monitor, Reuters, Bruegel, and the Centre for Research on Energy and Clean Air
Note: Operable pipeline may represent pipelines that are temporarily closed or partially active.
Capacity thousand barrels per day |
Total length miles |
Delivery path | Status | Stakeholders | Export destination region | Additional notes | Caspian Pipeline Consortium (CPC) | 1,470–1,670 | 940 | Tengiz Oil Field, Kazakhstan, (northeastern coast of the Caspian Sea) to Novorossiysk, Russia, (coast of the Black Sea) | Active | Transneft, Samruk-Kazyna, Chevron, and others | Eurasia | Crude oil originating from Russia accounts for around 10% of crude oil transported via the pipeline. |
---|---|---|---|---|---|---|---|
Eastern Siberia–Pacific Ocean 1 and 2 (ESPO-1 and ESPO-2) | 600–1,610 | 2,990 | Tayshet, Russia, (in Eastern Siberia) to Mohe County, China, and Kozmino, Russia, (on the Pacific Coast) | Active | Transneft | Asia | Includes Skovorodino-Mohe branch, connecting to Russia-China 1 and 2 in Mohe County, China |
Druzhba | 120–1,490 | 3,170 | Central Russia to Central Europe via northern and southern branches that split in Belarus | Partially active | Transneft and others | Europe | Throughput declined in 2022 because of Ukraine-related sanctions. The northern branch has only transported small volumes of crude oil from Kazakhstan since 2022. |
Baltic Pipeline System 2 (BPS-2) | 720 | 620 | Bryansk Oblast, Russia, (bordering Belarus and Ukraine) to Ust-Luga (near St. Petersburg) | Active | Transneft | Europe | Connects to the Druzhba pipeline at Unecha Junction in Bryansk Oblast. |
Baltic Pipeline System 1 (BPS-1) | 120–560 | 830 | Yaroslavl Oblast, Russia, (northwest of Moscow) to Primorsk (near St. Petersburg) | Active | Transneft | Europe | Primary pipelines within the system are Palkino-Primorsk, Yaroslavl-Kirishi, and Kirishi-Primorsk, with Palkino-Primorsk running parallel to the Yaroslavl-Kirishi and Kirishi-Primorsk segments. |
Atasu-Alashankou (eastern segment of Kasakhstan-China pipeline) | 400 | 600 | Atasu, Kazakhstan, (Central Kazakshtan) to Alashankou, China, (near the border with Kazakhstan) | Active | Samruk-Kazyna (Kazakh state-owned company) and China National Petroleum Corporation | Asia | China receives an estimated 200,000 barrels per day of oil from Russia via the pipeline each year, connecting to Russian pipelines northward via the Omsk-Pavlodar-Skymkent system. |
Russia-China 1 | 300 | 580 | Mohe County, China, (near Russian border) to Daqing City, China | Active | China National Petroleum Corporation | Asia | Connects to ESPO-1 and ESPO-2, running parallel to Russia-China 2. |
Russia-China 2 | 300 | 590 | Mohe County, China, (near Russian border) to Daqing City, China | Active | China National Petroleum Corporation | Asia | Connects to ESPO-1 and ESPO-2, running parallel to Russia-China 1. |
Data source: Reuters, Interfax, Centre for Research on Energy and Clean Air, Kazakhstan-China Pipeline LLC, Kursiv, Hillhouse Analytics, Global Energy Monitor, and Upstream Note: Ranges in capacity represent the minimum and maximum values of the referenced pipeline branches and segments in each row. The length of the Baltic Pipeline System 1 (BPS-1) excludes the Palkino-Primorsk pipeline (440 miles). Capacity and length measurements are rounded to the nearest 10 value after metric conversions. |
Figure 13. Map of major pipelines and ports for Russia’s natural gas, 2024
Source: Global Energy Monitor, Reuters, and the Center on Global Energy Policy
Note: Operable pipeline may represent pipelines that are temporarily closed or partially active.
Capacity billion cubic feet |
Total length miles |
Delivery path | Status | Stakeholders | Export destination region | Additional notes | |
---|---|---|---|---|---|---|---|
Nord Stream 1 | 1,940 | 760 | Vyborg, Russia, (near St. Petersburg) to Germany via Baltic Sea | Closed | Gazprom | Europe | Consists of two parallel 970-billion cubic feet (Bcf) pipelines |
Nord Stream 2 | 1,940 | 760 | Ust-Luga, Russia, (near St. Petersburg) to Germany via Baltic Sea | Closed | Gazprom | Europe | Consists of two parallel 970-Bcf pipelines |
Power of Siberia 2 | 1,770 | 2,210 | Northwest Siberia to China | Proposed | Gazprom | Asia | Planned/potential delivery of natural gas by 2030 |
Volkhov-Murmansk-Belokamenka | 1,410 | 810 | Volkhov, Russia, (near St. Petersburg) to Murmansk and Barents Sea | Proposed | Gazprom | Arctic | Potential construction scheduled for completion by 2027 |
Power of Siberia 1 | 1,340 | 1,860 | Kovykta and Chayanda natural gas fields (in Eastern Siberia) to border with Northwest China | Active | Gazprom | Asia | Connection proposed to Sakhalin-Khabarovsk-Vladivostok natural gas pipeline on Russia's Pacific coast |
Yamal-Europe and SRTO-Torzhok | 740–1,170 | 2,400 | Northwest Siberia to Germany via Belarus and Poland | Partially active | Gazprom | Europe | Flows from Russia halted through Poland in 2022 |
Turkstream | 1,130 | 580 | Anapa, Russia, (southern coast) to Northwest Türkiye via the Black Sea | Active | Gazprom | Europe | Consists of two parallel 570-Bcf pipelines |
Urengoy-Pomary-Uzhhorod | 990 | 2,770 | Northwest Siberia to Uzhhorod, Ukraine | Partially active | Gazprom | Europe | Transit agreements between Russia Ukraine expired in January 2025. |
Soyuz | 880 | 1,710 | Orenburg, Russia, (near the southern Ural Mountains) to Uzhhorod, Ukraine | Closed | Gazprom | Europe | Part of Brotherhood pipeline network transiting Ukraine to Slovakian border, Ukraine stopped accepting natural gas from the pipeline after Russia's invasion in 2022 |
Blue Stream | 570 | 750 | Stravropol Krai, Russia, (near the southern coast) to Ankara, Türkiye | Active | Gazprom | Europe | Onshore segment of pipeline in Türkiye owned and operated by Botas, Türkiye's state-owned pipeline company |
Data source: Reuters, NS Energy, Global Energy Monitor, Neftegaz, Carnegie Endowment for International Peace, Lowy Institute, Financial Times, European Parliament, Offshore Technology, Nord Stream, Pipeline & Gas Journal, The Barents Observer, RBC Ukraine, and bne IntelliNews Note: Capacity and length measurements are rounded to the nearest 10 value after metric conversions. The length of the Power of Siberia 2 pipeline includes the Soyuz Vostok segment of the pipeline (598 miles). |
Primary stakeholder | Region | Status | Estimated first year of production | Full nameplate capacity billion cubic feet |
Exports billion cubic feet |
|
---|---|---|---|---|---|---|
Sakahalin-II | Gazprom | Far East | Operating | 2009 | 461 | 473 |
Yamal LNG | Novatek | Western Siberia | Operating | 2017 | 836 | 989 |
Cryogas-Vysotsk | Novatek | Northwest | Operating | 2019 | 32 | 38 |
Portovaya LNG | Gazprom | Northwest | Operating | 2022 | 72 | 70 |
Arctic LNG 2 | Novatek | Western Siberia | Partially operable and under construction | 2023 | 951 | 10 |
Ust-Luga | Gazprom | Northwest | Under construction | 2028 | 937 | N/A |
Murmansk LNG | Novatek | Northern | Proposed | 2030 | 980 | N/A |
Arctic LNG 1 | Novatek | Western Siberia | Proposed | 2030 | 951 | N/A |
Data source: Novatek, Mitsubishi Corporation, Reuters, Columbia University Center on Global Energy Policy, Global Energy Monitor, Offshore Technology, Interfax, World Oil, and Vortexa Note: Sakahalin-II, Yamal LNG, and Cryogas-Vysotsk have been producing LNG above nameplate capacity since at least 2023. Capacity and export quantities represent volumes in terms of gaseous natural gas. Portovaya LNG includes exports from the Kaliningrad LNG terminal (FSRU Marshal Vasilevskiy). Proposed increases in capacity for operating LNG plants and projects are excluded. In 2024, Arctic LNG 2 consists of three total production trains. As of mid-2025, Trains 1 and 2 were both operable and had produced LNG, but volumes were well below nameplate capacity. It is unclear when or if Novatek will proceed with construction of Train 3. LNG=liquefied natural gas, FSRU=Floating Storage and Regasification Unit, and N/A=not applicable |
Figure 15. Map of Northern Sea Route (as of July 2025)
Source: The Economist