The development of these methods largely depends on the intensity of research meant to define the usability of specific materials for pneumatic conveying, selection of optimal parameters of conveying (rate flow of gas
and material) and implementation of improved design solutions of feeders, control valves, receiving devices, filters, etc.
This research is carried out at laboratory conditions in a significantly smaller scale, and its results by means of dimensionless numbers are later shifted to real systems.
This is of real significance as in many cases it has become possible to carry out the analysis of usability of specific type of feeders for conveying of specific material as early as at the initial stage.
For many years the Silesian University of Technology has been the main implementation and development centre of pneumatic conveying.
The development of these methods largely depends on the intensity of research meant to define the usability of specific materials for pneumatic conveying, selection of optimal parameters of conveying (rate flow of gasand material) and implementation of improved design solutions of feeders, control valves, receiving devices, filters, etc.This research is carried out at laboratory conditions in a significantly smaller scale, and its results by means of dimensionless numbers are later shifted to real systems. This is of real significance as in many cases it has become possible to carry out the analysis of usability of specific type of feeders for conveying of specific material as early as at the initial stage.For many years the Silesian University of Technology has been the main implementation and development centre of pneumatic conveying.
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