| 摘要 |
A nano catalytic electrolysis and flocculation apparatus, wherein a waste water inlet is disposed at a bottom of a casing, a scum baffle and a water baffle are disposed in the casing, the scum baffle and one internal side of the casing form a water drainage chamber, a gap is left between a bottom of the scum baffle and the bottom of the casing, the water baffle and the other inner side of the casing form a residue discharge chamber, and a gap is left between a top of the water baffle and a top of the casing; a hydrogen outlet is disposed at an end of the top of the casing close to an residue outlet, an electrolysis tank is disposed between the scum baffle and the water baffle, a top of the electrolysis tank is opened and a gap is left between the top of the electrolysis tank and the top of the casing, an electrode is installed in the electrolysis tank, a gas-liquid separation chamber is formed in the casing above the electrolysis tank, and an outfall is disposed at the bottom of the casing, and is located between the water baffle and the electrolysis tank adjacent thereto. The electrolysis and flocculation apparatus is a nano catalytic electrolysis flocculation apparatus integrating functions of electrolysis, solid-liquid separation, and gas-liquid separation, and has the advantages of extremely low working voltage between two adjacent electrodes, high current density, low energy consumption, high electrical efficiency, and no electrode consumption. |
