Question
In: Chemistry
An ion exchange column containing 99.3 g of amberlite ion exchange resin was used to remove...
An ion exchange column containing 99.3 g of amberlite ion exchange resin was used to remove Cu2+ from a solution where Co = 0.452 M CuSO4. The tower height = 30.5 cm and diameter =2.59 cm. The flow rate was 1.37 cm3 solution/s to the tower. The breakthrough data are shown below:
Time (s) C [ Cu mol g]/L
420 0
480 0.0033
510 0.0075
540 0.0157
600 0.0527
660 0.1063
720 0.1433
780 0.1634
810 0.1722
870 0.1763
900 0.180
The concentration at desired breakthrough is C/Co = 0.010.
Determine the following:
1.1 The breakthrough time. (15)
1.2 Fraction of total capacity used up to the breakthrough point.
Solutions
queen_honey_blossom answered 2 years agoRelated Solutions
An ion exchange column containing 99.3 g of amberlite ion exchange resin was used to remove...
An ion exchange column containing 99.3 g of amberlite ion
exchange resin was used to remove Cu2+ from a solution where
Co = 0.452 M CuSO4. The tower height = 30.5 cm and
diameter =2.59 cm. The flow rate was 1.37 cm3 solution/s to the
tower. The breakthrough data are shown below:
Time
(s) C
[ g Cu mol/L ]
420
0
480 0.0033
510
0.0075
540
0.0157
600
0.0527
660 0.1063
720
0.1433
780
0.1634
810
0.1722
870 0.1763
900
0.180
The...
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An anion-exchange resin can be used instead of the cation-exchange resin in this experiment to separate...
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