ADJUSTABLE DEVICE OF PARTICLE REFLUX CONTROLLER AND EFFICIENCY OPTIMIZER FOR CYCLONE SEPARATORS, VIA DEVIATION OF PATHWAYS AND DRAGGED BY ANTICYCLONES FORMED FROM AXIAL FLOW

摘要

adjustable particle reflux controller and efficiency optimizer for cyclone separators, via path deviation and drag by anticyclones formed from axial flow. the invention relates to a device that has the function of solving the main inefficiency of the current separators of fluid mixtures type cyclone, in a practical and economical way, adjustable and scalable in its measures for different operating needs, with the possibility of automation with the use of particle flow sensors to laser light or sound waves, installed in the flow of the inlet duct or in the flow of the cyclone finder vortex. to act on the axial flow and not cause a drop in internal pressure in the system, it bases its functionality on the bernoulli principle, with the aid of the venturi effect and with the possibility of being subjected to the van karmann effect (eddies), where the small and / or less dense particles, once naturally carried by the axial outflow, are now recaptured within the main body of the cyclone, increasing the efficiency of the separation process, contributing to good environmental quality and decreasing dependence on physical space, maintenance and productive replacements more expensive, or other types of later filtering.