A Review of the Metallogenic Mechanisms of Sandstone-Type Uranium Deposits in Hydrocarbon-Bearing Basins in China

As a valuable mineral resource, uranium is extensively utilized in nuclear power generation, radiation therapy, isotope labeling, and tracing. In order to achieve energy structure diversification, reduce dependence on traditional fossil fuels, promote the sustainable development of production consumption, research metallogenic mechanisms related technologies resources has been one focuses China’s development. Sandstone-type deposits make up approximately 43% all China, making them most prevalent form deposit there. hydrocarbon frequently coexist same basin China. Therefore, this study summarizes spatial chronological distribution, as well geological characteristics, typical sandstone-type hydrocarbon-bearing basins. From perspectives fluid action, structure, sedimentary environment, basins are explored. According research, rapid reduction effect oil gas major factor generation relatively large deposits. Additionally, ions such CO32− HCO3− hydrothermal fluids basins, which typically originate from dispersed gas, more conducive enrichment sedimentation. This provides guidance for efficient exploration helps significant improvements resource exploitation efficiency.