In months past, Gazprom Neft announced the discovery of a substantial oil field on the Yamal Peninsula, marking the largest find in the region in over thirty years. This new deposit unfolds in the Arctic zone of the Yamalo-Nenets Autonomous Region, an area traditionally recognized for its vast natural gas reserves and latent oil potential. The discovery follows three years of extensive exploration, which included 2D and 3D seismic surveys alongside geological and hydrodynamic modeling techniques aimed at ascertaining the area’s geological disposition. The unveiling of this new oil field was confirmed after an appraisal well, drilled to a significant depth of 2.7 kilometers, yielded commercial production of low-sulfur, low-viscosity oil, alongside gas and condensate. The discovery is particularly tied to Aleksey Kontorovich, a figure pivotal to the foundation of the Russian scientific school of oil and gas geology and organic geochemistry, after whom the field has been named. The estimated geological reserves amount to about 55 million tons, a figure that indicates the field’s considerable size and potential. According to Aleksandr Dyukov, chairman of Gazprom Neft's board, this finding showcases that Russia's resource base is still far from thoroughly explored. Dyukov emphasized that regions such as the Arctic zone, along with Eastern Siberia, contain untapped opportunities for discovering large hydrocarbon deposits. This discovery aligns with Russia’s broader Energy Strategy to 2050, emphasizing the importance of Arctic development as a central pillar. While oil fields in Russia are typically categorized as 'large' based on recoverable reserves ranging from 30 to 300 million tons, the Kontorovich field dwarfs many European finds. For example, compared to Poland's Wolin East field, which has recoverable reserves of just 22 million tons—less than half of what is found in the Kontorovich field—the scale of this new discovery underscores the disparity in hydrocarbon resources globally. Plans for further exploration are in place to enhance understanding of the potential and geological makeup of this field to formulate an effective extraction strategy moving forward.