Radiant catalytic ionization detoxification system and application thereof and radiant catalytic ionization detoxification method

A radiant catalytic ionization detoxification system, comprising an air-liquid mixer (1) configured to mix air carrying radiant catalytic ionized Reactive Oxygen Species with liquid material to be detoxified, and a reaction tube (4) configured to circulate the mixed air-liquid mixture;

• wherein the reaction tube (1) comprises a plurality of U-shaped tubes (4-1), and a connecting tube (4-2) configured to connect the plurality of U-shaped tubes (4-1);
• an air supplement tube (4-3) is detachably connected at a distal end of a straight tube section of the plurality of U-shaped tubes (4-1), the air supplement tube (4-3) being configured to introduce the air carrying radiant catalytic ionized Reactive Oxygen Species into the plurality of U-shaped tubes (4-1);
• wherein a plurality of air supplement holes (4-31) are disposed on a wall of the air supplement tube (4-3);
• wherein a plurality of fins (4-32) are disposed on the air supplement tube (4-3);
• wherein the air carrying radiant catalytic ionized Reactive Oxygen Species are provided by a radiant catalytic ionization chamber (2);
• the radiant catalytic ionization chamber (2) comprises a chamber body (2-1), a plurality of mesh panels (2-2) disposed in the chamber body (2-1) and a lamp tube (2-3) configured to provide a radiant light source;
• wherein a photocatalytic material which produces Reactive Oxygen Species upon light irradiation is coated on the plurality of mesh panels (2-2);
• wherein a fixing frame (2-4) is further disposed in the chamber body (2-1), the fixing frame (2-4) being configured to fix the plurality of mesh panels (2-2) and the lamp tube (2-3);
• wherein a fixing hole (2-41) configured to fix the lamp tube (2-3) and a fixing rod (2-42) configured to fix the plurality of mesh panels (2-2) are disposed on the fixing frame (2-4);
• wherein a mounting hole (2-21) configured to be passed through by the lamp tube (2-3) and a fixing hole (2-22) configured to be passed through by the fixing rod (2-42) are disposed on the plurality of mesh panels (2-2);
• and
• wherein the photocatalytic material is FeWO4-rGO composite material.