▎ 摘　　要

NOVELTY - Electrochemical processing involves treating graphene nano material with organic waste water in a reactor, which comprises a main body and a pump. The main body of the reactor is set vertically with a clapboard. The clapboard of the reactor main body comprises processing units, where the processing unit is set with a clamping groove. The clamping groove is set with three-dimensional graphite nano material electrode. Top end of reactor main body is set with titanium electrode. The upper part of reactor main body is set with a water inlet. The lower part of water inlet is set with a water port. USE - Method for processing graphene nano material (claimed). ADVANTAGE - The method enables efficient production of product that has improved decoloring rate and removal rate. DETAILED DESCRIPTION - Electrochemical processing involves treating graphene nano material with organic waste water in a reactor, which comprises a main body and a pump. The main body of the reactor is set vertically with a clapboard. The clapboard of the reactor main body comprises processing units, where the processing unit is set with a clamping groove. The clamping groove is set with three-dimensional graphite nano material electrode. The top end of reactor main body is set with titanium electrode. The upper part of reactor main body is set with a water inlet. The lower part of water inlet is set with a water port, which is set with the three-dimensional graphene nano material in the processing unit. The processing unit is connected in parallel with each other through a titanium electrode, which is connected with a power source that is direct current power supply. Graphene nano material electrode is prepared by taking graphene oxide solution (1-1.5mg/ml), and then stirred for 10-30 minutes. Graphene oxide solution is mixed ascorbic acid (0.5-2%) for 5-10 minutes. The obtained solution is heated at 85-95 degrees C for 1-1.5 hours. The obtained material is cleaned, and then dried to obtain to obtain graphene nano material electrode. The reactor is closed, and then organic waste water is entered into the reactor through a water inlet pump. The power supply is switched on. Three-dimensional graphene nano material is added in the reactor, and then the obtained material is placed for electrochemical process (1-3 hours) to obtain the desired product.