Novel super-energy-saving gas turbine

Abstract

The invention relates to a novel super-energy-saving gas turbine; the novel super-energy-saving gas turbine can be used for eliminating heat resistance dependence and limitation of a traditional gas turbine and a traditional ultra supercritical turbine to a boiler material and a pipeline material, and can be freely used under ultra high-temperature power steam at about 2000 DEG C; the novel super-energy-saving gas turbine is mainly characterized in that a steam cylinder is derived by utilizing that a fuel combustion chamber and a nozzle part of a spray channel of the combustion chamber are required to be cooled greatly, utilizing a large amount of heat energy generated after fuel combustion, and utilizing the characteristic that ultra supercritical steam has the huge dynamic property and water-saving property on the basis of the traditional gas turbine, and therefore, power generated by two kinds of cylinders can work simultaneously; in particular, the derived steam cylinder unexpectedly can generate particularly huge steam power, which is 60-100 times of that generated by the traditional gas turbine theoretically and is 10 times higher than existing ultra supercritical steam, and thus, compared with all the traditional gas turbines, the novel super-energy-saving gas turbine disclosed by the invention thoroughly realizes large-amplitude large-scale energy-saving power-saving lift.

Description

Technical field: [0001] The new ultra-energy-saving gas turbine of the present invention belongs to multiple technical fields, and gas turbines, steam engines, aircraft turbojet engines, etc. The present invention relates to a new combustion mode of the engine, and the simultaneous internal combustion of the combustion cylinder and the internal combustion of the steam cylinder performed by twin internal combustion gas turbines. Background technique: [0002] Dual-fired gas turbine refers to: the traditional gas turbine is a single internal combustion engine, the traditional steam turbine is a single external combustion engine, and the traditional gas turbine is a single fuel combustion in the cylinder, the traditional steam turbine is A single fuel is burned outside the boiler to generate steam, and a part of their energy is always wasted. Single internal-combustion engine wasted most of heat energy, and single external-combustion engine wasted most of internal energy produ...

AI Technical Summary

Problems solved by technology

[0002] Dual-fired gas turbine refers to: the traditional gas turbine is a single internal combustion engine, the traditional steam turbine is a single external combustion engine, and the traditional gas turbine is a single fuel combustion in the cylinder, the traditional steam turbine is A single fuel is burned outside the boiler to generate steam, and a part of their energy is always wasted

A single internal combustion engine wastes most of the heat energy, and a single external combustion engine wastes most of the internal energy produced by fuel combustion

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