在本文描述的分批实验中，用不同量的石灰、碳酸镁、硫酸铁和硫酸铝处理200ml等份的天然水和合成水。调整pHs后，将这些溶液混合30分钟，静置2小时，通过膜过滤器过滤（20 mL），并分析铀活性。对于阴离子交换处理，水通过强碱阴离子交换树脂。在最佳条件下，化学处理可有效去除铀。阴离子交换树脂对铀酰碳酸盐（地表水和地下水中常见的铀物种）有很大的吸附能力和选择性。包括15个参考文献、表格和图表。

In batch experiments described in this paper, 200 mL aliquots of natural and synthetic waters were treated with various amounts of lime, magnesium carbonate, ferric sulfate, and aluminum sulfate. After their pHs were adjusted, these solutions were mixed for 30 minutes, allowed to settle for 2 hours, filtered (20 mL) through a membrane filter, and analyzed for uranium activity. For the anion-exchange treatment, water was passed through a strong base anion-exchange resin. Under optimum conditions, the chemical treatments effectively removed uranium. The anion-exchange resin had a large adsorption capacity and selectivity for uranyl carbonates, the common species of uranium in surface waters and groundwaters. Includes 15 references, tables, figures.