In the pilot study, which was prepared using glass cylinder airlift bioreactors with a diameter of 140 mm, in which you calculated the mixing time in your visa assignment, it was stated that the draft tube had a height of 600 mm and a diameter of 70 mm. . This study is intended to be scaled up. It is planned to use glass cylinder airlift bioreactors with a diameter of 700 mm in the reactor to be designed for scale-up, and the draft tube used will have a height of 1200 mm and a diameter of 300 mm. Calculate the aeration rate that should be applied for the time that the mixing time remains the same in the designed new reactor and determine the mixing time of the scale-up. Evaluate the effect on time. (For draft tubes, C: 2.2)
In the pilot study, which was prepared using glass cylinder airlift bioreactors with a diameter of 140 mm, in which you calculated the mixing time in your visa assignment, it was stated that the draft tube had a height of 600 mm and a diameter of 70 mm. . This study is intended to be scaled up. It is planned to use glass cylinder airlift bioreactors with a diameter of 700 mm in the reactor to be designed for scale-up, and the draft tube used will have a height of 1200 mm and a diameter of 300 mm. Calculate the aeration rate that should be applied for the time that the mixing time remains the same in the designed new reactor and determine the mixing time of the scale-up.
Evaluate the effect on time. (For draft tubes, C: 2.2)
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