▎ 摘　　要

NOVELTY - Processing antibiotic waste water involves taking certain amount of filler particle electrode, such as iron(II, III) oxide, titanium foam, activated carbon, ceramic, zeolite, kaolin, nano carbon fiber, graphene and carbon gas gel, which are orderly processed into electro-catalysis oxidation device, where pH value is adjusted and air flow is controlled. The sample is analyzed after reacting for a certain time. USE - Method for processing antibiotic waste water (claimed). DETAILED DESCRIPTION - Processing antibiotic waste water involves taking certain amount of filler particle electrode, such as iron(II, III) oxide, titanium foam, activated carbon, ceramic, zeolite, kaolin, nano carbon fiber, graphene and carbon gas gel, which are orderly processed into electro-catalysis oxidation device, where pH value is adjusted and air flow is controlled. The sample is analyzed after reacting for a certain time. The fine air pipes are equipped with uniform distribution at bottom of tank of electric catalytic oxidation device, and bottom is opened to ensure water distribution and uniform inlet air. The anode is titanium/tin dioxide, cathode is stainless steel plate electrode, and electrode plate is set on both sides of tank body. The operation parameter of the process is selected in which voltage is 10-100V, pH value is 3.0-9.0 and hydraulic retention time is 1-5 hours. The filler particle electrode are put into electro-catalysis oxidation device for processing waste water.