Intelligent linear oxygen-concentrated and thermally-ionized adsorptive-type magnetically-induced airflow combustion-supporting and energy-saving system with magnetic effect

Abstract

The invention relates to an intelligent linear oxygen-concentrated and thermally-ionized adsorptive-type magnetically-induced airflow combustion-supporting and energy-saving system with a magnetic effect. The system comprises a raw material air supply machine, a magnetic effect magnetically-induced airflow pressure-equalizing distribution box and a single stage type roots vacuum pump, wherein an outlet of the raw material air supply machine is connected with the magnetic effect magnetically-induced airflow pressure-equalizing distribution box; a tunnel-type annular linear thermally-ionized magnetization group is arranged in the magnetic effect magnetically-induced airflow pressure-equalizing distribution box and is connected with an adsorption pipeline; the adsorption pipeline is connected with an oxygen-rich magnetized gas output pipeline through the single stage type roots vacuum pump; an oxygen-rich air output pressure gauge, an intelligent online oxygen content analyzer and an intelligent online oxygen-rich output flowmeter are arranged on the oxygen-rich magnetized gas output pipeline; a PLC (Programmable Logic Controller) intelligent industrial control system is connected with a liquid crystal display operation touch screen and an energy-saving variable-frequency control motor. According to the system disclosed by the invention, the combustion speed is accelerated and the complete combustion is facilitated; the combustion environment is optimized, and the life of a stove is prolonged; the product yield and the product quality are improved; the smoke volume after combustion is reduced.

Description

technical field [0001] The invention belongs to the technical field of combustion equipment, and in particular relates to an intelligent magnetic effect linear polyoxygen thermal separation adsorption type magneto-induced airflow combustion-supporting energy-saving system. Background technique [0002] Energy shortages and climate anomalies have become the primary focus of governments at all levels and all walks of life in my country today. With the rapid growth of the global economy, the demand for energy is increasing, and energy has become a bottleneck restricting economic growth. [0003] Traditional industrial combustion equipment uses air as the combustion-supporting medium. The oxygen content in the air is 21%, and the nitrogen content is 78%. Low energy consumption, high energy consumption, and more air pollutants. Contents of the invention [0004] The purpose of the present invention is to provide an intelligent magnetic effect linear polyoxygen thermal separati...

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Problems solved by technology

[0003] Traditional industrial combustion equipment uses air as the combustion-supporting medium. The oxygen content in the air is 21%, and the nitrogen content is 78%. Low energy consumption, large amount of air pollutants discharged

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