A microfluidic platform to extract uranium from HNO₃ (nitric acid) medium using tri-isoamyl phosphate (TiAP) dissolved (30% v/v) in ionic liquid ([BMIM]PF₆) is reported. PTFE microbore tubes serve as the microchannels. The quality of dispersion inside the translucent tubes was observed using a camera. The images obtained are used to understand the observed experimental trends. Overall volumetric mass transfer coefficient was determined considering the microchannel as a differential contactor with co-currently flowing phases. The effects of contact time, flow velocity, organic to aqueous (O/A) ratio and microchannel diameter on mass transfer performance are studied. Effect of different coiling configurations on mass transfer performance was compared. Under optimum conditions, 95.3% of uranium present in the feed (corresponding stage efficiency being 99.2%) could be extracted within a contact time of about 200 s in a single contact. Corresponding (K_La) was 0.024 s⁻¹. Coiling was found to have a significant effect on values of K_La especially at low residence times.

使用溶解在离子液体 ([BMIM]PF _{6 中}(30% v/v) 的磷酸三异戊酯 (TiAP)从 HNO ₃（硝酸）介质中提取铀的微流体平台) 报道。PTFE 微孔管用作微通道。使用照相机观察半透明管内的分散质量。获得的图像用于了解观察到的实验趋势。考虑微通道作为具有并流相的差动接触器来确定总体积传质系数。研究了接触时间、流速、有机与水 (O/A) 比和微通道直径对传质性能的影响。比较了不同盘管配置对传质性能的影响。在最佳条件下，进料中 95.3% 的铀（相应阶段效率为 99.2%）可以在约 200 秒的接触时间内在单次接触中提取。对应（K_大号一个）为0.024小号^-1。发现盘绕对 K _L a 的值有显着影响，尤其是在低停留时间时。