A Porous Jet Burner Based on Internal and External Swirl to Promote Liquid Fuel Atomization

Abstract

The invention discloses a porous jet flow combustor capable of promoting atomization of liquid fuel based on internal and external rotational flow, and belongs to the field of combustion. The porous jet flow combustor comprises a quartz glass tube, a hexagonal screw, a front cover, a copper gasket, a rapid pipe connector, a rear cover, a gasket, a hexagonal nut, a small O-shaped ring and a large O-shaped ring and further comprises an external rotational flow block and a jet flow-internal rotational flow block. The external rotational flow block is provided with tangential inlets tangential to the inner wall face and gas inlet holes which correspondingly communicate with the tangential inlets, and therefore an introduced oxidizing agent forms the external rotational flow in close fit with the wall face. The jet flow-internal rotational flow block is provided with evenly-distributed internal rotational inlets. The external rotational flow block and the jet flow-internal rotational flow block form a two-rotational-flow structure. The porous jet flow combustor aims at achieving the technical effects that atomization and evaporation of liquid fuel during combustion are promoted, the mixing efficiency of the liquid fuel during combustion is improved, stable flame combustion is achieved, and the combustion efficiency is improved; the flame temperature is freely adjusted and controlled; and the service life of the combustor is prolonged.

Description

technical field [0001] The invention belongs to the field of combustion, and relates to a burner, in particular to a porous jet burner based on internal and external swirl flow to promote the atomization of liquid fuel. Background technique [0002] The current combustion of fossil fuels provides 80% of the energy for social production and daily life. With the continuous consumption of fossil fuels, how to use fossil fuels more efficiently and environmentally friendly and develop renewable energy has become the focus of increasing attention. Researchers from various countries are actively studying various combustion technologies, hoping to improve fuel combustion efficiency and alleviate energy shortages. Nowadays, renewable fuels such as methanol and ethanol have attracted the attention of scholars and government departments, but the related high-efficiency, clean and stable combustion technologies are still in the research stage, especially for the injection, evaporation, ...

AI Technical Summary

Problems solved by technology

Nowadays, renewable fuels such as methanol and ethanol have attracted the attention of scholars and government departments, but the related high-efficiency, clean and stable combustion technologies are still in the research stage, especially for the injection, evaporation, blending and combustion of liquid fuels. problem, efficient, compact and controllable combustion technology has not yet been developed

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