Abstract
At the moment there is a problem of high power consumption functioning pneumatic systems for bulk materials. A mathematical model of the motion of two-phase flow of fine materials with regard to the interaction of particles, uneven filling feeding pipeline and flow turbulence. The mathematical model can be used to calculate the motion of two-phase flow in pipelines, as well as in bulk pumps, subject to the incorporation of geometric design features and properties of the solid material in a stationary state. For adapting the mathematical model made industrial experiment and change the parameters obtained according to the time of discharge.
Highlights
At the moment there is a problem of high power consumption functioning pneumatic systems for bulk materials
Pneumatic conveying system for bulk materials are widely used in building materials, metallurgy, as well as in a number of other industries
This paper presents the results of experimental studies of pneumatic systems intended to move the lime and cement (JSC “Bonola – Building Systems”, Staraya Kupavna, Moscow reg.)
Summary
At the moment there is a problem of high power consumption functioning pneumatic systems for bulk materials. Results of experimental studies operation chamber pump The mathematical model can be used to calculate the motion of two-phase flow in pipelines, as well as in bulk pumps, subject to the incorporation of geometric design features and properties of the solid material in a stationary state.
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