In a laboratory test of the filtration of a cell culture, the following equation was obtained...

Transcribed Image Text:

In a laboratory test of the filtration of a cell culture, the following equation was obtained to describe the filtration. t = = K₁ (~7) + K₂ V/A Where K₁=0.18 min/cm² and K₂= 0.017 min/cm. The cell slurry has a viscosity of 2x10-2 g/cm.s and the filter cake solids (dry basis) per volume of filtrate was 13 g/l. The pressure drop for the filtration was 610 mmHg (0°C). Determine the specific cake resistance (a) and the medium resistance (Rm). (8 Marks) At # t =K (1) K = B = + B μαρο 2ΔΡ μRM ΔΡ In a laboratory test of the filtration of a cell culture, the following equation was obtained to describe the filtration. t = = K₁ (~7) + K₂ V/A Where K₁=0.18 min/cm² and K₂= 0.017 min/cm. The cell slurry has a viscosity of 2x10-2 g/cm.s and the filter cake solids (dry basis) per volume of filtrate was 13 g/l. The pressure drop for the filtration was 610 mmHg (0°C). Determine the specific cake resistance (a) and the medium resistance (Rm). (8 Marks) At # t =K (1) K = B = + B μαρο 2ΔΡ μRM ΔΡ

Answer rating: 100% (QA)

Answer Given that K 1 018 min cm 2 K 2 0017 min cm The cell suspension has a vi... View the full answer