TH166265A - How to convert to gas (GASIFICATION) and Combustion method (COMBUSTION) for combustible materials. - Google Patents

Abstract

Revised 15/02/2017 provided a method for converting to gas. And the combustion method for the material to be burned that can reduce Significant emissions of carbon dioxide This invention is a method for gasification. And combustion methods for materials that can be burned using 10 basic combustion stoves consist of

Claims (1)

: Revised 15/02/2017 provided a method for converting to gas And the combustion method for the material to be burned that can reduce Significant emissions of carbon dioxide This invention is a method for gasification. And combustion methods for materials that can be burned using The basic 10 methods of combustion furnaces consist of: Initial temperature inside the primary furnace 10 to be equal to or higher than 800 ° C; Stages of entering into Initial combustion furnace 10 controlled to be equal to or above 800 ° C, oxygen or gas containing less than theoretical amounts of oxygen for the complete combustion of the combustible material. And the procedure of Formation of unburned gas by degree Celsius method The combustible material enters the primary combustion furnace 10, controlled to be equal to or above 800 ° C, and then thermal decomposition for the material. Burnable And causing soot through complete combustion Where the supply of oxygen or oxygen-containing gases is performed continuously or intermittently as the pressure is reduced by emptying. From the inside of the preliminary combustion furnace 10, by force, it produces unburned gas and soot at a temperature of 1000 ° C or higher and additional thermal decomposition. And at least one reduction Part of a non-volatile element created by the thermal decomposition of the combustible material -------------------------------------------------- Have provided a method for gasification And the combustion method for the material to be burned that can reduce Significant emissions of carbon dioxide This invention is a method for gasification. And combustion methods for materials that can be burned using The basic 10 methods of combustion furnaces consist of: Initial temperature inside the initial furnace 10 to be equal to or higher than 800 ° C; Stages of entering into Initial combustion furnace 10 controlled to be equal to or above 800 ° C, oxygen or gas containing less than theoretical amounts of oxygen for the complete combustion of the combustible material. And the procedure of Formation of unburned gas by degree Celsius method The combustible material enters the primary combustion furnace 10, controlled to be equal to or above 800 ° C, and then thermal decomposition for the material. Burnable And causing soot through complete combustion Where the supply of oxygen or oxygen-containing gases is performed continuously or intermittently as the pressure is reduced by emptying. From the inside of the preliminary combustion furnace 10, by force, it produces unburned gas and soot at a temperature of 1000 ° C or higher and additional thermal decomposition. And at least one reduction Non-volatile component created by thermal decomposition of combustible material. (Item one) which will appear on the advertisement page: edit 15/02/2017 1. Gasification method And how to burn For materials to be burned using the primary furnace, the method consists of: the procedure of controlling the initial temperature inside the primary furnace to be equal to or above 800 ° C; The process of feeding into the primary combustion furnace is temperature controlled equal to or above 800 ° C, oxygen or gas containing The theoretical amount of oxygen is less. For the complete combustion of the burnt material and the process of generating a non-rubbing gas.