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The breakthrough capacity was evaluated using a lab designed test.
Breakthrough capacity increases with the increase of the ratio of height to radius RRH).
Then the H2S breakthrough capacity tests were carried out and the sorption capacity was calculated.
There are certain threshold ranges of these quantities which, when exceeded, have a dramatic effect on the H2S breakthrough capacity.
The breakthrough capacity of the ion-exchange process and the degree of column utilisation were also calculated.
The breakthrough capacity decreases with increasing flow rate, but this dependence was not significant with a long column.
Similar(28)
The breakthrough capacities, in dry and wet conditions, were measured.
Dynamic breakthrough capacities of the analogs were compared to 13X zeolite and BPL activated carbon.
Furthermore, it was also possible to obtain high breakthrough capacities for lysozyme and BSA of a strong cation-exchanger (SP Sepharose™ Fast Flow) if phenyl groups were attached to the beads.
The breakthrough capacities were all >10 mg/g over a wide pH range (pH 5 9) with an initial fluoride concentration of 10 mg/L.
At initial fluoride concentrations of 5 mg/L and 10 mg/L, the breakthrough capacities were 20.08 mg/g and 19.24 mg/g, respectively.
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CEO of Professional Science Editing for Scientists @ prosciediting.com