Activating resonance fuel gas energy saving device

Abstract

The invention discloses an activating resonance fuel gas energy saving device. The device comprises an outer shell, wherein flanges are arranged at the two ends of the outer shell, a plurality of activating resonance fuel gas energy savers are arranged in the outer shell, fixed plates are respectively arranged at the two ends of the plurality of the activating resonance fuel gas energy savers, andthe two ends of the plurality of the activating resonance fuel gas energy savers are respectively arranged in installation holes; each activating resonance fuel gas energy saver comprises a shell body, an outer protection sleeve is arranged in the shell body, an outer wall of the outer protection sleeve is connected with an inner wall of the shell body, an air inlet is arranged at one end of theouter protection sleeve, an air outlet is arranged at the other end of the outer protection sleeve, a plurality of connection columns are connected to the inner side of the outer protection sleeve, amultistage magnetic rod is arranged on the inner sides of the connection columns, and the connection columns are matched with the multistage magnetic rod and the outer protection sleeve to form a multichannel air way. The activating resonance fuel gas energy saving device disclosed by the invention has the advantages of reasonable structure, high magnetic energy saving efficiency and high safety,so that service life of a nozzle is prolonged, cost is saved, a magnetizing effect is better, ventilation capacity is larger, and the activating resonance fuel gas energy saving device is suitable forlarge and medium-sized combustors.

Description

technical field [0001] The invention relates to the field of gas energy-saving devices, in particular to an activated resonance gas energy-saving device. Background technique [0002] Combustible gases, including natural gas, liquefied petroleum gas and coking gas, are all diamagnetic substances. When the above-mentioned gas passes through the magnetic field at a certain flow rate, the gas molecules will form a dispersed system under the action of the magnetic field force, which can fully mix with oxygen during combustion. , so that the gas can achieve full combustion. [0003] Most of the existing magnetized gas economizers adopt this principle. The magnetization results of the gas magnetization in the prior art are not ideal, resulting in the phenomenon of carbon deposits in the nozzles, reducing the life of the nozzles, and the gas saving rate is not high. Secondly, the magnetite used is easy to decay, resulting in a gradual decline in magnetism, which makes the gas econ...

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Problems solved by technology

[0003] Most of the existing magnetized gas economizers adopt this principle. The magnetization results of the gas magnetization in the prior art are not ideal, resulting in the phenomenon of carbon deposits in the nozzles, reducing the life of the nozzles, and the gas saving rate is not high.

Secondly, the magnetite used is easy to decay, resulting in a gradual decline in magnetism, which makes the gas economizer quickly fail during use

In addition, the flow rate of general industrial gas is relatively large, and the general activated resonance gas economizer cannot meet the flow requirements. If the size of the activated resonance gas economizer is increased, it is not convenient for manufacturing

Moreover, the energy-saving devices used in the existing gas energy-saving devices use a large amount of magnetic materials, and the manufacturing cost is high. The expensive price may not be convenient for popularization and use in the market.

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