Arctic energy resources
The world's last great undiscovered frontier — and why it is melting
The Arctic contains the largest remaining concentration of undiscovered conventional hydrocarbons on Earth. The USGS estimates 13% of undiscovered global oil and 30% of undiscovered natural gas lie beneath Arctic waters and permafrost. Paradoxically, the climate change caused by burning fossil fuels is removing the ice and permafrost that has made this frontier inaccessible — exposing these reserves to extraction just as global demand needs to fall.
13%
Undiscovered global oil in Arctic (USGS)
30%
Undiscovered global natural gas in Arctic
Yamal LNG
73.50°N 67.50°E · 16.5 MTPA · Arc7 carriers
~80×
Methane vs CO₂ warming potential (20-year)
Operational Arctic energy · GPS-located
What is actually being extracted today
Russia — the dominant Arctic energy producer:
Russia produces the majority of current Arctic energy. Yamal LNG (73.50°N 67.50°E): see Russia page for full detail — 16.5 MTPA from three trains, Arc7 ice-class carriers navigate independently through 2-metre Arctic ice. Arctic LNG 2 (73.76°N 67.80°E): Novatek's follow-on project (19.8 MTPA planned) was partially sanctioned post-2022 — TotalEnergies froze its investment, Shell and others withdrew. First train partially complete but unable to export due to inability to obtain Western-built Arctic LNG carriers. Prirazlomnaya (69.23°N 57.34°E, Gazprom Neft): world's first operational Arctic offshore oil platform — an ice-resistant gravity-based structure in the Pechora Sea. Approximately 80,000 bbl/day of Arco (Arctic Oil) crude. Varandey Terminal (68.85°N 58.10°E): Russia's largest Arctic oil loading terminal — Lukoil oil from Timan-Pechora basin loaded onto ice-class tankers. Source: Novatek AR 2023 · Lukoil AR 2023.
Russia produces the majority of current Arctic energy. Yamal LNG (73.50°N 67.50°E): see Russia page for full detail — 16.5 MTPA from three trains, Arc7 ice-class carriers navigate independently through 2-metre Arctic ice. Arctic LNG 2 (73.76°N 67.80°E): Novatek's follow-on project (19.8 MTPA planned) was partially sanctioned post-2022 — TotalEnergies froze its investment, Shell and others withdrew. First train partially complete but unable to export due to inability to obtain Western-built Arctic LNG carriers. Prirazlomnaya (69.23°N 57.34°E, Gazprom Neft): world's first operational Arctic offshore oil platform — an ice-resistant gravity-based structure in the Pechora Sea. Approximately 80,000 bbl/day of Arco (Arctic Oil) crude. Varandey Terminal (68.85°N 58.10°E): Russia's largest Arctic oil loading terminal — Lukoil oil from Timan-Pechora basin loaded onto ice-class tankers. Source: Novatek AR 2023 · Lukoil AR 2023.
Alaska and Norway — other major producers:
Prudhoe Bay (70.25°N 148.35°W): Alaska's North Slope, discovered 1968 — the largest oil field ever found in the USA (~25 Gbbls). Operated by ConocoPhillips/BP (BP sold its Alaska interests to Hilcorp in 2020). Current production approximately 500,000 bbl/day (down from peak 2 million bbl/day in 1988). Trans-Alaska Pipeline System (TAPS): 1,300 km from Prudhoe Bay to Valdez (61.13°N 146.36°W, ice-free port). Willow Project (70.36°N 152.50°W, ConocoPhillips, approved by Biden administration 2023 despite protests — estimated 180,000 bbl/day peak from new National Petroleum Reserve Alaska drilling). Johan Castberg (72.20°N 21.00E, Barents Sea, Equinor 50%+, 220,000 bbl/day planned): Norway's most northerly field, operational target 2025. Produced via FPSO Stena Barents. Despite Norway's clean domestic electricity, Equinor continues Arctic development citing low-carbon-intensity production. Source: ConocoPhillips Alaska · Equinor Johan Castberg FDP.
Prudhoe Bay (70.25°N 148.35°W): Alaska's North Slope, discovered 1968 — the largest oil field ever found in the USA (~25 Gbbls). Operated by ConocoPhillips/BP (BP sold its Alaska interests to Hilcorp in 2020). Current production approximately 500,000 bbl/day (down from peak 2 million bbl/day in 1988). Trans-Alaska Pipeline System (TAPS): 1,300 km from Prudhoe Bay to Valdez (61.13°N 146.36°W, ice-free port). Willow Project (70.36°N 152.50°W, ConocoPhillips, approved by Biden administration 2023 despite protests — estimated 180,000 bbl/day peak from new National Petroleum Reserve Alaska drilling). Johan Castberg (72.20°N 21.00E, Barents Sea, Equinor 50%+, 220,000 bbl/day planned): Norway's most northerly field, operational target 2025. Produced via FPSO Stena Barents. Despite Norway's clean domestic electricity, Equinor continues Arctic development citing low-carbon-intensity production. Source: ConocoPhillips Alaska · Equinor Johan Castberg FDP.
Permafrost and climate feedback
The ticking methane time bomb — permafrost thaw
Permafrost — ground frozen for two or more consecutive years — underlies approximately 25% of the Northern Hemisphere's land area: Siberia, Alaska, northern Canada, Greenland, and high-altitude regions globally. Permafrost contains approximately 1.5 trillion tonnes of organic carbon — nearly twice the amount currently in the atmosphere as CO₂. As permafrost thaws, this carbon decomposes and is released as CO₂ (aerobic conditions) and methane (anaerobic conditions). Methane is approximately 80 times more potent than CO₂ as a greenhouse gas over a 20-year period. The critical risk: if Arctic warming creates a positive feedback loop where permafrost thaw releases enough methane to cause additional warming, which thaws more permafrost — the process could become self-sustaining ("runaway" climate feedback) beyond any level of human emissions reduction. AMAP (Arctic Monitoring and Assessment Programme) reports increasing methane emissions from permafrost — "thermokarst" lakes (formed when ice-rich permafrost thaws) are visible methane emission points across Siberia. Infrastructure impacts: approximately 70% of current Arctic infrastructure (in Russia, Canada, Alaska) is built on permafrost. Thawing causes ground subsidence, pipeline failures (Norilsk 2020 diesel spill — 69.34°N 88.21°E — 21,000 tonnes diesel spilled when a fuel tank foundation sank), road damage, building damage. Russia's energy infrastructure in Siberia is increasingly at risk. Source: AMAP Arctic Monitoring Assessment 2023 · IPCC AR6 Chapter 5 permafrost · Norilsk 2020 spill investigations.
Questions
Questions about Arctic energy
Should Arctic oil and gas be left in the ground on climate grounds?
This is one of the most contested questions in climate policy and intersects directly with IEA NZE guidance, national sovereignty, indigenous rights, and geopolitics. The case for leaving it: The IEA's NZE 2050 scenario explicitly states there should be no new oil and gas field development beyond those already approved as of 2021. Arctic oil and gas is among the highest-cost, highest-environmental-risk hydrocarbon — developing it conflicts with both the letter and spirit of the Paris Agreement. The carbon budget for 1.5°C (~250 Gt remaining) is already largely committed from existing producing fields — Arctic developments would simply add to a surplus that cannot be burned compatibly with 1.5°C. Extracting Arctic resources also requires continued burning of fossil fuels (for ships, machinery, heat) in a pristine and vulnerable ecosystem. Indigenous Arctic communities (Inuit Circumpolar Council) have explicitly called for leaving Arctic oil in the ground. The case for extraction: (1) Producer nations (Russia, Norway, USA/Alaska) argue national sovereignty over their resources. (2) Norway argues its production is among the world's lowest-carbon-intensity (electrified platforms, zero flaring) — if oil demand exists (for petrochemicals, etc.), better it comes from low-intensity Norwegian fields than high-intensity sources. (3) Energy security arguments — Europe's 2022 crisis showed the danger of dependence on single suppliers; diversification including from Arctic sources has security value. (4) Alaska communities (many indigenous) rely economically on oil revenues (Alaska Permanent Fund). No policy consensus: The USA approved Willow (2023) while simultaneously pledging to halve emissions by 2035. Norway approves Arctic fields while funding the world's largest sovereign wealth fund that invests in clean energy. Russia continues regardless. There is currently no international mechanism to prevent Arctic development. Source: IEA NZE 2050 · Inuit Circumpolar Council Arctic policy · Equinor climate roadmap · ConocoPhillips Alaska.
Provenance
Attribution and citation
- Sources
- USGS Circum-Arctic Resource Appraisal 2008 · AMAP Arctic Monitoring Assessment Program 2023 · IEA Arctic Energy Outlook · Equinor Johan Castberg FDP · Novatek AR 2023 · ConocoPhillips Alaska AR 2023
- Cite as
- "Arctic Energy — Oil, Gas and the Climate Paradox", The Energy Codex, https://thecodex.expert/energy/arctic/, last updated .