TH44307A - Continuously Rotary Vacuum Distillation Equipment And how to use - Google Patents

Abstract

DC60 (26/05/43) This invention Pertaining to methods and equipment for use in at least a substance Contamination of vapors from contaminated material. By using a rotary vacuum distillation pot during high temperature and vacuum treatment. Packing and export will be done as That will reduce the import of low boiling point gas. In one proper look, the device uses a ventilation chamber with a flexible squeeze valve. To separate the entire system between the ventilation chambers And a vacuum generator In another suitable appearance, the device will be used, at the very least Material Transfer Parts Additionally, contaminated material may be dried in the drier before being brought into the distillation pot. Additionally, the contaminated material has been removed. Can be cooled through a heat exchanger. Before releasing This invention Pertaining to methods and equipment for use in at least a substance Contamination of vapors from contaminated material. By using a rotary vacuum distillation pot during high temperature and vacuum treatment. Packing and export will be done as That will reduce the import of low boiling point gas. In one proper look, the device uses a room to ventilate. With elastic squeeze valve To separate the entire system between the ventilation chambers And a vacuum generator In appearance any other device will be used, at least Material Transfer Parts Additionally, contaminated material may be dried in the drier before being brought into the distillation pot. The contaminated material has also been removed. Can be cooled through a heat exchanger. Before releasing

Claims (1)

1. Least method of separation Contaminants, vapors from the material being Contamination is contained within the rotary distillate, where the distillation unit has an inlet, outlet, and interface. A rotating or non-rotating pair, a method which consists of the steps of: (a) Handling of contaminated material. Continuously from the ventilation chambers at one of the Connection to the entrance to the rotary distillation pot: (b) Vacuum distribution between approx 2.25 mm Hg and approx 735 mm Hg to the tagged material: