China has announced major achievements in resource exploration during the 14th Five-Year Plan from 2021 to 2025. Officials confirmed that the nation advanced oil, gas, and uranium exploration through large-scale surveys and technological improvements. These steps have strengthened energy security and boosted supply capacity.
Vice Minister of Natural Resources Xu Dachun emphasized the importance of recent progress. He explained that deep layers in large basins and offshore deep-water zones now serve as key sources. These areas contributed to maintaining stable production of 200 million tons of crude oil. They also supported output of more than 240 billion cubic meters of natural gas. This consistent growth has reinforced national energy stability.
China discovered several large uranium deposits. These discoveries significantly improved the security of uranium resource supply. With greater uranium reserves, China strengthened its ability to support nuclear energy development. This outcome marked another step forward in long-term energy planning.
Authorities carried out a complete survey of mineral resources. The survey included quantity, distribution, and development status for 163 resource categories with verified reserves. This broad assessment created a clearer picture of national mineral potential. As a result, planners can better allocate investments in future projects.
The government highlighted that resource exploration will continue as a priority. By investing in deeper geological studies and advanced drilling technology, China aims to uncover more reserves. This focus will secure energy independence and reduce reliance on imports. Moreover, continued discoveries will provide strong support for industrial modernization and clean energy development.
In summary, China’s resource exploration during the current plan period delivered significant results. Discoveries of oil, gas, uranium, and strategic minerals strengthened national security. They also set the stage for sustainable growth in future energy production.
