138
B.-W. Liu et al.
Fig. 3 I-SPEED3 high-speed camera and water simulation reactor
(a) CBY
(b) SSB
(c) SSB-D
Fig. 4 Three different shape of agitators
Experimental Program
This experiment mainly investigates the different shape of agitators, stirring speed,
aeration flow, eccentric stirring, and the height of agitator the effect of micro-bubble
below.
During the experiment, I-SPEED3 high-speed camera was used, and the photo
was taken with Adobe Photoshop to select the 10.00 mm × 10.00 mm area above
the static image shape of agitator for bubble processing. The number of bubble sizes
was analyzed by image-pro software, and the data was expressed by origin software
(Table 2).
B.-W. Liu et al.
Fig. 3 I-SPEED3 high-speed camera and water simulation reactor
(a) CBY
(b) SSB
(c) SSB-D
Fig. 4 Three different shape of agitators
Experimental Program
This experiment mainly investigates the different shape of agitators, stirring speed,
aeration flow, eccentric stirring, and the height of agitator the effect of micro-bubble
below.
During the experiment, I-SPEED3 high-speed camera was used, and the photo
was taken with Adobe Photoshop to select the 10.00 mm × 10.00 mm area above
the static image shape of agitator for bubble processing. The number of bubble sizes
was analyzed by image-pro software, and the data was expressed by origin software
(Table 2).