Sentence examples for mass transfer operations from inspiring English sources

Gas-liquid microreaction technology has shown great potential in a variety of industrial relevant mass transfer operations and reactions.

A mathematical model which describes the nonsteady state heat and mass transfer operations during the freeze drying process is presented.

Modern packing technology is presented in terms of correlations and criteria for an extensive evaluation of up-to-date packing design used in current mass transfer operations.

Through quantitative analyses we extend to the realm of mass transfer operations the method initiated in Part I that applies "Carnot variables" as suitable controls.

The main objective of these heuristical algorithms is to get a mass transfer network [1], where contaminants of rich streams are transferred to other poor streams, in an optimized structure of linked mass transfer operations.

The accurate prediction of diffusion coefficients of methane in liquid hydrocarbons is one of the key parameters for improving the prediction of compositional oil reservoir simulators, for designing surface facilities, and for high pressure gas/liquid mass transfer operations.

It is a mass transfer operation through which a solid material can selectively remove dissolved components from an aqueous solution by attracting the dissolved solute to its surface.

In rotating packed bed reactors, two key parameters are very important, one high centrifugal field and other porous media, which intensify mass transfer operation leads to photodegradation improvement.

The effect of the precipitation process upon the gas/liquid mass transfer operation has been analyzed and the experimental results have shown a clear influence.

For dimethyl sulfide, which is characterized by a larger partition coefficient value (Hvoc,silicone oil=17.7 Pa m3 mol−1), the mass transfer operation should not be considered because large amounts of silicone oil are required (whatever the silicone oil volume fraction), which is not acceptable from an economic point of view.

The present work develops a model yielding both quantitative prediction of flow and mass transfer in the contacting channel and a framework for determining suitable designs, operating conditions and mass transfer performance for liquid liquid and gas liquid operations.