CAJ | 학술논문

采用正交实验法对假单胞菌进行复合固定化，并对其降酚过程建立动力学方程。研究发现，菌株Pseudomonas stutzeri JFL2012进行复合固定化，最佳固定化条件为w（聚乙烯醇）＝10％，w（生物炭）＝2．5％，w（包菌量）＝0．3％，交联时间4 h。苯酚降解过程符合Haldane底物抑制方程。
채용정교실험법대가단포균진행복합고정화，병대기강분과정건립동역학방정。연구발현，균주Pseudomonas stutzeri JFL2012진행복합고정화，최가고정화조건위w（취을희순）＝10％，w（생물탄）＝2．5％，w（포균량）＝0．3％，교련시간4 h。분분강해과정부합Haldane저물억제방정。
Complex immobilization experiment of Pseudomonas stutzeri JFL2012 was carried out adopting orthogonal methods and established dynamic equation for phenol degradation process.It was found the optimum conditions of the complex immobilization of the strain were 10%polyvinyl alcohol, 2.5%carbon, 0.3%strain and cross-linking for 4 hours.The degradation process accorded with Haldane substrate inhibition equation.