| Title |
Optimization of Design of Plasma Process for Water Treatment using Response Surface Method |
| Authors |
김동석 ( Dong Seog Kim ) ; 박영식 ( Young Seek Park ) |
| Keywords |
Box-Behnken method; Dielectric barrier discharge; Plasma; Response surface method; Water treatment |
| Abstract |
In order to confirm the creation of the OH radical which influences to RNO bleaching processes, it experimented using laboratory reactor of dielectric barrier discharge plasma (DBDP). The experiments performed in about 4 kind process variables (diameter of ground electrode, diameter of discharge electrode, diameter of quartz tube and effect of air flow rate) which influence to process. In order to examine optimum conditions of design factors as shown in Box-Behnken experiment design, ANOVA analysis was conducted against four factors. The actual RNO removal at optimized conditions under real design constraints were obtained, confirming Box-Behnken results. Optimized conditions under real design constraints were obtained for the highest desirability at 1, 1 mm diameter of ground and discharge electrode, 6 mm diameter of quartz tube and 5.05 L/min air flow rate, respectively. |