▎ 摘　　要

NOVELTY - Graphene-felt electrode lattice enrichment device comprises a horizontal box body. The horizontal box body comprises an end cover side, a liquid collecting side, a tailwater outlet side, the end cover side comprises a plug-in type electrode bus (102). The plug-in type electrode bus is connected to the branch electrode pipe (103). The branch electrode pipe penetrates through a honeycomb frame to reach the horizontal quartz dielectric tube (104). The discharge body of the branch electrode tube is arranged in the honeycomb-shaped frame in a modularized honeycomb shape. The polar liquid side comprises an enriched electrode (106) and a control rod which are vertically and alternately arranged, an enriched electrode. The control rods are respectively distributed in a lattice. The control rod is composed of an anode ion exchange membrane interlayer, for preventing the metal ion enrichment on the enrichment electrode. USE - Graphene-felt electrode lattice enrichment device for purifying high valence chromium ion wastewater. ADVANTAGE - The top of the horizontal box body is provided with a mechanical arm for adjusting the depth of each control rod in the control rod system inserted into the filtrate, so as to adjust the enrichment intensity of the rich electrode to the metal ion. DESCRIPTION OF DRAWING(S) - The drawing shows the front perspective view of the high valence chromium wastewater purifying graphene-felt electrode lattice enrichment device. Plug-in type electrode bus (102) Branch electrode pipe (103) Horizontal quartz dielectric tube (104) Enriched electrode (106)