In the paper results of experimental studies on the flow of aqueous solutions of polymers and surfactants through, porous and fluidized beds have been presented. Generalized correlation relationships for friction factor and dimensionless fluidisation velocity have been obtained. A generalization of the Goossensian diagram for Newtonian and power-law liquids has been proposed.
The present study is concerned with the experimental comparison of the liquid phase properties effect on minimum fluidization velocities for shear thinning fluids and surface active agents solutions. For all studied additives the reduction of pressure drop in the flow through fixed bed has been observed. The mechanical degradation of polymer has been observed. The decrease of the consistency index increases with the aqueous solution concentration.
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