초록 ▼

A process for the pyrolysis of waste materials, particularly medical waste, is provided. In the pyrolysis process, waste material is placed in a sealed container. The sealed container is placed in a load chamber and the waste material is subjected to pyrolysis. The process generates pyrolysis gases

A process for the pyrolysis of waste materials, particularly medical waste, is provided. In the pyrolysis process, waste material is placed in a sealed container. The sealed container is placed in a load chamber and the waste material is subjected to pyrolysis. The process generates pyrolysis gases containing volatile organic compounds which are fed to an oxidation chamber containing tangential and radial air inlet ports. The pyrolysis gases are combusted and hot gases are produced in the oxidation chamber. In the operation, at least a portion of the generated heat and hot gases is fed to the load chamber which holds the pyrolysis container.

대표청구항 ▼

A process for the pyrolysis of waste materials, particularly medical waste, is provided. In the pyrolysis process, waste material is placed in a sealed container. The sealed container is placed in a load chamber and the waste material is subjected to pyrolysis. The process generates pyrolysis gases

A process for the pyrolysis of waste materials, particularly medical waste, is provided. In the pyrolysis process, waste material is placed in a sealed container. The sealed container is placed in a load chamber and the waste material is subjected to pyrolysis. The process generates pyrolysis gases containing volatile organic compounds which are fed to an oxidation chamber containing tangential and radial air inlet ports. The pyrolysis gases are combusted and hot gases are produced in the oxidation chamber. In the operation, at least a portion of the generated heat and hot gases is fed to the load chamber which holds the pyrolysis container. ion liner. 10. A friction wedge assembly, according to claim 2, wherein said backing plate further includes a shallow lip disposed substantially around and substantially perpendicular to said second side. 11. A friction wedge assembly, according to claim 1, wherein said composition liner is bonded to said second side of said metal backing plate. 12. A friction wedge assembly, according to claim 2, wherein said second means disposed on said metal backing plate further includes at least one locating pin for proper positioning of said metal backing plate with said cast metal wedge. 13. A friction wedge assembly, according to claim 12, wherein said second means disposed on said metal backing plate includes a plurality of locating pins for proper positioning of said metal backing plate with said cast metal wedge. 14. A friction wedge assembly, according to claim 12, wherein said plurality of locating pins is four. 15. A friction wedge assembly, according to claim 13, wherein said cast metal wedge further includes a plurality of apertures for permitting said plurality of locating pins on said metal backing plate to protrude into said cast metal wedge. 16. A friction wedge assembly, according to claim 14, wherein said cast metal wedge further includes four apertures for permitting said four locating pins on said metal backing plate to protrude into said cast metal wedge. 17. A friction wedge assembly, according to claim 1, wherein said at least two apertures is five. 18. A friction wedge assembly, according to claim 2, wherein said composition liner is bonded to said second side of said metal backing plate. 19. A friction wedge assembly, according to claim 1, wherein said metal backing plate has an outer perimeter of a predetermined shape which extends outwardly from a substantially planar surface adjacent said first side thereof, said substantially planar surface adjacent said first side thereof being removably engageable with said vertical face of said wedge and said outer perimeter of said predetermined shape which extends outwardly from said substantially planar surface adjacent said first side being essentially a noncontact surface.