摘要
在应用动态膜分离技术开发研制的新型多功能酶解反应器上进行了边反应边分离的连续操作过程。通过在该反应器上进行菊粉酶等单基质酶不同操作形式的水解实验 ,考察了不同操作方式下反应器内流体流动的特性 ,并分别导出了停留时间分布函数式 ,从而对连续酶解过程的不同运行方式进行了研究。
By applying dynamic membrane-separation technology in a developing novel multi-functional enzyme reactor, we can realize a coupling operation in which reaction was carried on with membrane separation in the same time. In such reactor, enzymolysis experiments of single substrate such as inulinase β-amylase with different operating types were accomplished. The fluid flow characteristics of the reactor in different running methods could also be checked and function formulae of residence time distribution were deduced respectively. So continuous hydrolyzing processes with different operating methods were studied.
出处
《化工科技》
CAS
2002年第2期18-20,共3页
Science & Technology in Chemical Industry
基金
天津市自然科学基金 (9340 0 80 )
青年科学基金 (94 130 810 )资助项目
