同位素2016，Vol.29Issue(3)：152-157,6.DOI:10.7538/tws.2016.29.03.0152
稳定同位素13C分离二塔级联耦合优化设计与实验研究
Coupling Optimization Design and Experimental Study on Stable Isotope 13 C Separation of the Double-stage Cascade
摘要
Abstract
A coupling optimization design and experimental study method with uniform experimental and Aspen process simulation was established in this paper ,which was used for stable isotope 13 C separation of the double‐stage cascade .Based on the above method ,the optimization operating parameters were received .The coupling optimiza‐tion simulation value showed good agreement with the experimental dates ,and the aver‐age relative error was only 6.5% .On the other hand ,compared with the initial test result ,the 13C abundance of optimized experimental was 14.1% ,and the actual growth rate of 13 C abundance was more than 25% .More importantly ,The optimization experi‐mental did not increase energy consumption .The method confirmed by the experiment could provide a solid foundation for the cascade process of 13 C industrialization ,and it could also be applied to other traditional distillation industry .关键词
稳定同位素13C/均匀实验/A spen Plus模拟/耦合优化Key words
stable isotope 13C/uniform experiment/Aspen process simulation/coupling optimization分类
化学化工引用本文复制引用
田叶盛,李虎林,姜永悦,龙磊,吉永喆,周建跃..稳定同位素13C分离二塔级联耦合优化设计与实验研究[J].同位素,2016,29(3):152-157,6.基金项目
上海市科委科研计划项目 （）
