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Hungary boosts domestic oil production to record levels in bid for greater energy security

Hungary continues to rely heavily on imported oil, but the country is stepping up efforts to strengthen domestic production as part of a long-term plan to improve energy security. According to a study by the Oeconomus Economic Research Foundation, Hungary’s oil output reached a two-decade high of one million tons in 2024 and is expected to exceed that level in 2025. While domestic production cannot replace imports entirely, it represents a significant move toward reducing dependence on foreign supplies and enhancing supply stability.

Hungary’s oil production has a history of more than a century. Although it has never been sufficient to meet full national demand, the industry once reached over two million tons annually in the early 1980s. Production began to decline throughout the 1990s, hitting a low of 584,000 tons in 2014. The downward trend reversed after 2015, driven by renewed investment in exploration and production, as well as the reopening of previously depleted wells. The push for higher domestic output gained further momentum after the war in Ukraine began, as energy independence and diversification became top policy priorities. Between 2015 and 2023, annual production increased by an average of 4–5%, while in 2024 it jumped by 13%, a pace expected to continue in 2025.

Hungarian crude differs from the Russian Urals blend—it is a medium-heavy grade with better refining properties, allowing the Danube refinery to produce higher-quality fuels.

New exploration campaigns have also expanded beyond Hungary’s traditional oil regions, such as the Great Plain and the Zala Basin. The Central Hungarian area, particularly around Pest County, has emerged as a new exploration hotspot. Promising new fields have already been discovered near Budapest, in Vecsés, Tura, and Galgahevíz. A major factor behind these successes is the growing cooperation between the hydrocarbon and geothermal sectors. Both industries use advanced geological tools like 3D seismic mapping to identify oil and geothermal resources through a single survey. This approach reduces exploration costs, minimizes financial risks, speeds up discoveries, and leverages domestic expertise in deep drilling technologies.

Although Hungary’s total oil consumption still far exceeds local output, the progress is clear. In 2015, domestic production covered only about 9% of national demand—one of the lowest shares ever recorded. By 2024, that figure had increased to 15.6%, thanks to new exploration programs and recently activated fields.

Despite these gains, Hungary’s reliance on imported crude remains a structural challenge. Expanding domestic oil and gas production is therefore seen as a key strategy to reduce geopolitical risks and strengthen supply security. The goal is not full self-sufficiency, but a more resilient and stable energy system capable of withstanding external disruptions.

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