TH163193A - Combustion system - Google Patents

Abstract

Edit Summary of Invention 21/03/2016 This invention provides a combustion system and, in particular, a thermal decomposition system and A plasma melting system in which superheated steam is generated with that part in a manner used Energy efficient and the combustion structure will have improved combustion efficiency. The combustion system for heating the water coming from the boiler (11) is superheated steam with a superheated steam generator (20) and superheated steam feed to the combustion structure (50) is provided. What follows Combustion structure (50) in which combustion fuels and carbon-containing solids are at temperatures 350 to 1000? C; A heat storage device (70) for storing the waste heat from a combustion structure: and a heat exchanger tank (12), which are connected to allow heat exchange from Heat storage devices (70) through the heat transfer medium and heat the water to be fed to the boiler (11), the combustion system is provided with an oxygen-hydrogen gas feeder structure (40). For giving The hot water is fed to the boiler (11) and also supplied with an oxygen / hydrogen gas mixture, and a mixer (30) for mixing the superheated steam generated by the superheated steam generator. (20) and oxygen / hydrogen mixed gas from the oxygen / hydrogen gas supply structure (40) superheated steam is mixed with the oxygen / hydrogen gas and fed to the combustion structure (50) ---- -------------------------------------------------- ----------------------- Invention Combustion System It is a dedicated heat degradation and plasma melting system. Where high heat steam is generated in an energy efficient state And the combustion structure has developed combustion Burns efficiently Combustion system for heating water from a boiler (11) to superheated steam with an apparatus. It generates superheated steam (20) and enables the superheated steam to become a combustion framework (50) as follows: combustion structure (50) which burns fuels and solid carbon that Temperature 350 to 1000 degrees Celsius; A heat-retaining device (70) is used to collect the residual heat from the combustion structure: heat is changed in a water tank (12), which is connected to allow heat transfer. Through the medium to conduct heat from the heat storage device (70) and heat the water to be used in the boiler (11). Oxy-hydrogen gas was used (40) for Hot to water is used in boilers (11) and to be used as oxygen / hydrogen gas mixers and mixers (30), which are used to mix high-heat steam generated by steam generating equipment. High heat (20) and oxygen / vapor mixed gas It is formed by an oxy-hydrogen gas structure (40). High-heat steam is mixed with oxygen and is applied to Combustion structure (50):

Claims (1)

: Edit Summary of Invention 21/03/2016 This invention provides a combustion system and in particular a thermal decomposition system and A plasma melting system in which superheated steam is generated with that part in a manner used Energy efficient and the combustion structure will have improved combustion efficiency. The combustion system for heating the water coming from the boiler (11) is superheated steam with a superheated steam generator (20) and superheated steam feed to the combustion structure (50) is provided. The following: The combustion structure (50) in which the combustion of the fuel and the carbon-containing solid is at temperatures 350 to 1000? C; A heat storage device (70) for storing the waste heat from a combustion structure: and a heat exchanger tank (12), which are connected to allow heat exchange from Heat storage devices (70) through the heat transfer medium and heat the water to be fed to the boiler (11), the combustion system is provided with an oxygen-hydrogen gas feeder structure (40). For giving The hot water is fed to the boiler (11) and also supplied with an oxygen / hydrogen gas mixture, and a mixer (30) for mixing the superheated steam generated by the superheated steam generator. (20) and oxygen / hydrogen mixed gas from the oxygen / hydrogen gas supply structure (40) superheated steam is mixed with the oxygen / hydrogen gas and fed to the combustion structure (50) ---- -------------------------------------------------- ----------------------- Invention Combustion System It is a dedicated heat degradation and plasma melting system. Where high heat steam is generated in an energy efficient state And the combustion structure has developed combustion Burns efficiently Combustion system for heating water from boilers (11) to superheated steam with an apparatus. It generates superheated steam (20) and enables the superheated steam to become a combustion framework (50) as follows: combustion structure (50) which burns fuels and solid carbon that Temperature 350 to 1000 degrees Celsius; A heat holding device (70) is used to collect the residual heat from the combustion structure: the heat is changed in a water tank (12) which is connected to allow heat transfer. Through the medium to conduct heat from the heat storage device (70) and heat the water to be used in the boiler (11). Oxy-hydrogen gas was used (40) for Hot to water is used in boilers (11) and to be used as oxygen / hydrogen gas mixers and mixers (30), which are used to mix high-heat steam generated by steam generating equipment. High heat (20) and oxygen / vapor mixed gas It is formed by an oxy-hydrogen gas structure (40). High-heat steam is mixed with oxygen and is applied to Combustion structure (50) Claims (Item one) which will appear on the advertisement page: edit 21/03/2016 1. The combustion system which produces superheated steam by the superheated device. From hot water from the boiler Will be fed to the combustion system Where the combustion system includes: combustion structures in which fuel and solid carbon-containing substances at temperatures from 350 to 1000 ° C, a heat storage device for storing the waste heat from the combustion structure; And a bucket of water which is marked: