▎ 摘　　要

NOVELTY - The utility model claims a new-type -Ti graphene electrode printing and dyeing waste water processing electrochemical reactor, the reactor comprises a reactor main body, a pump, a power supply, a Ti electrode, graphite film electrode and a bracket, a reactor main body is a hollow structure, the support frame is set on the reactor main body, the Ti electrode is Ti sheet is set on the bracket and the upper part of the reactor main body, graphene film electrode, the anode of the graphite film electrode is connected with power supply, the cathode of the power supply is connected with the Ti electrode, reactor main body is further provided with a reactor inlet and a reactor outlet, the inlet of the reactor set on the Ti electrode and the graphene thin film between a pair of electrodes, a reactor outlet is set on the graphite film electrode and the end of the reactor main body, the pump is connected with the reactor inlet. This utility model using graphene thin film made of the electrode for processing printing and dyeing waste water, it not only can carry out adsorption treatment of printing and dyeing waste water, at the same time, a electrolytic process, total organic carbon content removing efficiency is high, the power supply voltage is low, electric energy consumption.