Energy-saving gas combustion system

Abstract

The invention discloses an energy-saving gas combustion system. The energy-saving gas combustion system comprises a combustion device and a combustion fan. The combustion device comprises an outer ring combustor, a middle ring combustor and an inner ring combustor. The middle ring combustor is arranged between the outer ring combustor and the inner ring combustor in a sleeved mode. The combustion fan is installed below the combustion device. A plurality of low-pressure fluid pipelines are installed on the inlet side of the combustion fan in a parallel connection mode. Three high-pressure fluid pipelines are installed on the outlet side of the combustion fan in a parallel connection mode. The other ends of the multiple low-pressure fluid pipelines are arranged in a gap between the bottom end of the outer ring combustor and the combustion fan evenly at intervals. The other ends of the three high-pressure fluid pipelines are connected with the outer ring combustor, the middle ring combustor and the inner ring combustor correspondingly in a communicating mode. According to the energy-saving gas combustion system, the three sets of annular combustors are arranged, thus the combustion quantity of the different combustors can be controlled correspondingly; in addition, the matched combustion fan is arranged, so that combustion of the combustors is more sufficiently, and the energy-saving and environment-friendly purposes are achieved.

Description

technical field [0001] The invention relates to gas combustion equipment, in particular to an energy-saving gas combustion system. Background technique [0002] The gas equipment commonly used in households is usually composed of an inner hob and an outer hob which are connected to the inner air inlet pipe and the outer air inlet pipe respectively, but the two air inlet pipes are controlled by a switch; the flames of the inner hob and the outer hob cannot Independent adjustment, while the flames of the inner hob and the outer hob can only be increased or reduced at the same time, for example, when only the outer hob is required to burn, it cannot be realized. Because the flames of the inner and outer hobs cannot be independently adjusted, the gas utilization rate is low and waste is caused. In addition, the flue gas of the existing stove is emitted into the air from the upper part immediately after burning, and the heat loss is large, and because the fuel is not fully burne...

AI Technical Summary

Problems solved by technology

[0002] The gas equipment commonly used in households is usually composed of an inner hob and an outer hob which are connected to the inner air inlet pipe and the outer air inlet pipe respectively, but the two air inlet pipes are controlled by a switch; the flames of the inner hob and the outer hob cannot Independent adjustment, while the flame of the inner hob and the outer hob can only be increased or decreased at the same time, for example, when only the outer hob is required to burn, it cannot be achieved

Because the flames of the inner hob and the outer hob cannot be independently adjusted, the gas utilization rate is low, resulting in waste

In addition, the flue gas from the existing stove is emitted from the upper part into the air immediately after burning, resulting in a large heat loss, and due to insufficient fuel combustion, it will cause black pollution

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