A new type of amorphous material in the form of nanofibers was prepared from hot aqueous solutions of multiple ingredients using an electrospinning process. The amorphous nanofibers were able to improve the dissolution rate and permeation rate of helicid.
The
dehydration of moist air using ionic liquids (ILs) in a rotating
packed bed (RPB) was innovatively studied. The effects of operating
conditions, including rotational speed, liquid and gas flow rate,
temperature, inlet gas water content, and water content of lean solution
on the water dew point depression (ΔT
d) in the RPB, were systematically studied. The experimental results
showed that the water dew point depression can be up to 40 °C
under the optimum experimental conditions of a motor speed of 1695
rpm, a liquid–gas ratio of 9 L/m3, temperature of
20 °C, lean solution water content of 0.8 wt %, and inlet gas
water content of 18.77 g/m3. Moreover, a correlation to
predict the water dew point depression was established, and the data
predicted by the correlation is consistent with the data of experiment,
with deviations of ±10%. This work exhibits great potential application
of ILs in gas dehydration process in a RPB.
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