Superfine calcium carbonate recovery treatment system

Abstract

The invention discloses a superfine calcium carbonate recovery treatment system, and relates to the technical field of industrial solid waste resource utilization. The problems of aggravation of secondary agglomeration, deterioration of dispersion stability and attenuation of separation efficiency caused by surface energy imbalance, charge response delay, hydroxyl distribution disorder and filter cake densification in the prior art are solved; comprising a data monitoring module, a surface energy homogenization module, a dynamic carbonization regulation and control module, a hydration structure directional reconstruction module and a charge gradient screening module, high-energy site adsorption difference is compensated and eliminated through bimolecular layer crystal face energy, and a dispersant is driven to dynamically adapt to zeta potential oscillation based on a potential coupling algorithm. A multilayer hydration barrier is reconstructed through hydrogen bond topological optimization, and a filter cake pore structure is reconstructed through cooperation of an alternating electric field and ultrasonic pulse stress release; according to the method, the dispersion stability and the recovery efficiency of the superfine calcium carbonate are remarkably improved, and full-chain cooperative control of surface chemical homogenization, reaction interface stabilization and separation process enhancement is realized.

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