Waste activated carbon resource utilization system

Abstract

The utility model discloses a resource utilization system for waste activated carbon. The resource utilization system comprises a solid material crushing system, the electrolysis system comprises a dissolving tank and an electrolytic reaction tank which are connected with each other, a waste liquid pipeline is arranged on the dissolving tank, a metal atomizer is connected with the dissolving tank, and a ball mill is connected with the electrolytic reaction tank; the oil removal system comprises a magnetic cyclone oil remover, and the magnetic cyclone oil remover is connected with the electrolytic reaction tank; the Fenton reaction system comprises a Fenton decarburization tank and a liquid outlet tank which are connected with each other, and the Fenton decarburization tank is connected with the magnetic cyclone oil remover; the separation and purification system comprises a nanofiltration membrane module and a mixing tank which are connected with each other, and the nanofiltration membrane module is connected with the liquid outlet tank; the granulating and drying system comprises a granulating machine and a drying machine which are connected with each other, and the granulating machine is connected with the mixing tank. According to the utility model, waste activated carbon, waste materials and waste liquid generated in the battery manufacturing industry can be used for preparing the particle electrode, so that the recycling of resources is realized.

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