Gas holdup in a gas‐liquid‐solid reciprocating plate column
DU Skala, VV JanjiĆ, VB VeljkoviĆ… - … Canadian Journal of …, 1993 - Wiley Online Library
The Canadian Journal of Chemical Engineering, 1993•Wiley Online Library
The presence of solid particles at lower contents (up to 6% by volume) caused an increase
in the gas holdup in the three‐phase reciprocating plate column, compared to that in the two
phase (gas‐liquid) column of the same type, under the same other operating conditions. The
decrease in the gas holdup, which was normally observed in the two‐phase column, was
not found in the three‐phase column as the vibration speed was increased at lower levels.
in the gas holdup in the three‐phase reciprocating plate column, compared to that in the two
phase (gas‐liquid) column of the same type, under the same other operating conditions. The
decrease in the gas holdup, which was normally observed in the two‐phase column, was
not found in the three‐phase column as the vibration speed was increased at lower levels.
Abstract
The presence of solid particles at lower contents (up to 6% by volume) caused an increase in the gas holdup in the three‐phase reciprocating plate column, compared to that in the two phase (gas‐liquid) column of the same type, under the same other operating conditions. The decrease in the gas holdup, which was normally observed in the two‐phase column, was not found in the three‐phase column as the vibration speed was increased at lower levels.
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