Data on copper and copper/iron bimetallic central MOFs for uranium (VI) adsorption

Uranium is an important energy source. Nowadays, with the continuous development of nuclear power industry, the demand for uranium resources is increasing, and traditional uranium resources are increasingly scarce. However, A large amount of radioactive wastewater is generated during the production and refining process of uranium mines and the use of nuclear fuels. Here, we provide data on the adsorption of uranium from wastewater using two MOFs. This is a study on how to extract uranium from wastewater and to turn waste into treasures. The data indicated that pH value has a great influence on the adsorption of uranium. And the effect of the initial concentration of U(VI), the reaction time, the reaction temperature and the presence of coexisting ion CO32- were also discussed in these dates.铀是一种重要的能源资源。当前，随着核电产业的持续发展，铀资源的需求持续攀升，而传统铀矿资源却日益稀缺。然而，在铀矿的开采、冶炼过程以及核燃料的使用环节中，会产生大量放射性废水。本数据集提供了利用两种金属有机框架（Metal-Organic Frameworks，MOFs）从废水中吸附铀的相关数据，本研究旨在探索从废水中提取铀的方法，实现变废为宝。实验数据表明，pH值对铀的吸附效果影响显著；同时本研究还探讨了六价铀（U(VI)）初始浓度、反应时长、反应温度以及共存碳酸根离子（CO₃²⁻）对吸附过程的影响。