Sentence examples for efficiency of a column from inspiring English sources

There are two features of the concentration profile important in determining the efficiency of a column and its subsequent ability to separate or resolve solute zones.

For this step, it has been shown that the global mass transfer coefficient k0a (the efficiency of a column design) and the stationary phase retention (the capacity of the column) were relevant and useful scale up invariants.

This happens, in particular, because of the much lower efficiency of a column without stationary phase.

The study of the mass transfer performance (efficiency) of a pulsed column is, therefore, essential for the design and operation of the column.

The efficiency of a two-column cryogenic ASU (air separation unit) that is part of an IGCC (integrated gasification combined cycle) can be increased significantly by making better use of the heat of compression and by improving the heat integration of the distillation columns.

The heat pump technique was used to improve the energy efficiency of a dividing wall column in debottlenecking a side stream column.

A comparative exergy analysis between the distillation columns considered for cryogenic air separation shows that the exergy efficiency of a double diabatic column, with heat transfer all through the length of the column, is 23% higher than that of the conventional adiabatic double columns.

Therefore, the inverse capture length is therefore a measure of efficiency of column utilization for columns of constant cross-sectional area.

The extraction efficiency of a single droplet column, which is the basis of the design analysis presented, has been validated experimentally with hydrogen.

The thermodynamic efficiency of a reactive distillation column involving reactions with a highly thermal effect could sometimes be improved substantially through seeking further internal heat integration between the reaction operation and separation operation.

The efficiency of bubble column reactor is a function of physical properties of phases, geometry of column and operating conditions.