▎ 摘　　要

NOVELTY - The system has an electromagnet (07) that is installed inside circular tube (03) provided at inlet of cyclone casing (33). Actuator (05) is installed at upper end of electromagnet. Graphene filter is installed inside the cyclone casing. A humidity sensor (15) is installed on the upper portion of suction pipe. The upper end of suction pipe is connected to suction portion of the turbo fan (11). A collecting container (17) is provided with a collecting bag (19) at discharge portion of the turbo fan. A heater (31) is installed on the outside of cyclone casing. USE - Graphene filter system for recycling dishwater and wastewater from factory. ADVANTAGE - Generation of wastewater is avoided. The factory wastewater treatment cost is reduced. The water can be recycled effectively. The water pollution is reduced. DETAILED DESCRIPTION - The system has a water supply pipe (29) that is installed in middle of circular suction pipe. A water level sensor (27) is installed in circular pipe above the water supply pipe. A ventilation pipe is installed on the lower side of the cyclone casing. The air vent pipes are connected to the outside through collection pipe and discharge pipe (09) passing through the center of upper surface plate of the cyclone casing. The water level sensor (13) is installed at the middle portion of the discharge pipe at lower height portion of the solenoid valve (01). DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of the graphene filter system for recycling dishwater and wastewater. (Drawing includes non-English language text) Solenoid valve (01) Circular tube (03) Actuator (05) Electromagnet (07) Discharge pipe (09) Turbo fan (11) Water level sensors (13,27) Humidity sensor (15) Collecting container (17) Collecting bag (19) Water supply pipe (29) Heater (31) Cyclone casing (33)