NOVELTY - A device comprises a plasma device, a hollow graphite electrode and a furnace body. A fluid body carrier gas feeder is connected to the main electrode. A batch feeder is on the upper side of furnace body. A vitreous body heat removal pump is on the other side of the furnace body. A metal enriched body fused mass heat pump is on the bottom of the furnace body. A crucible is in the furnace body. A lower electrode is connected to the crucible and on the bottom of the furnace body. A level sensor is connected to a sensor controller. An exhaust gas system is connected to the furnace body.    USE - For processing waste, e.g. polychlorobiphenyl.    ADVANTAGE - The device can process high dangerous waste; can reach high temperature when processing deleterious waste; does not generate dioxin; avoids pollution to human and environment; and can recycle high energy gas. The chemical property of the solid residue which is generated is very steady. The multi-metal enriched body can recycle copper, lead, aluminum, antimony, nickel, chromium and noble metal such as gold, silver, palladium, or platinum. The device does not exhaust waste water, gas and waste.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a method for processing waste comprises:    (A) putting the processed deleterious waste into the crucible, and ensuring the enough gas feeding of the plasma arc gas fluid body carrier generator, and opening the power supply of the plasma device;    (B) carrying out pyrolysis using plasma arc, fusing the material at 1300-3000 degrees C, fusing together the metal and the non-metal mineral and delaminating, generating the metal fused mass and the vitreous fused mass, and opening the power supply of the vitreous body exhausting heat pump and the metal enriched body fused mass heat pump;    (C) heating the metal fused mass flowing out the furnace body at 1300-1500 degrees C;    (D) flowing out and heating the vitreous fused mass at 1250-1500 degrees C; and    (E) processing the exhaust gas at 1250-1350 degrees C by end gas processing compartment.    The end gas alkali spurt compartment carries out the quick cooling of the high temperature processed exhaust gas by alkali with normal temperature. The granule dust-setting compartment deletes the granule dust. The active carbon adsorbing compartment adsorbs the deleterious material, and the end gas is exhausted out the furnace body by induced draft fan and the smoke tube, and generate the negative pressure state of the furnace body at the same time.    DESCRIPTION OF DRAWING(S) - The drawing shows a sectional view of a waste processing device.