| 摘要 |
The utility model relates to an upward combustion type condensation boiler. The upward combustion type condensation boiler utilizes latent heat for reheating with combustion-generated gas or kerosene as raw materials, the heat exchange area is maximized, and therefore heat efficiency is improved. The upward combustion type condensation boiler comprises a boiler body, a first combustion barrel, a first heat conduction plate body, an ignition bar, a fuel supplying part, an air supplying part, a second combustion barrel, a second heat conduction plate body, a water supplying pipe, a first water discharging pipe, a water flowing-in pipe and a second water discharging pipe, wherein a chimney is arranged at the upper end of the boiler body, a latent heat exchange part is arranged at the upper portion of the boiler body, a sensible heat exchange part is arranged at the lower portion of the boiler body, the first combustion barrel is perpendicularly arranged on the sensible heat exchange part, the first heat conduction plate body is arranged spirally along the outer circumferential surface of the first combustion barrel, the ignition bar is arranged inside the first combustion barrel, the second combustion barrel is perpendicularly arranged on the latent heat exchange part, the second heat conduction plate body is arranged spirally along the outer circumferential surface of the second combustion barrel, the water supplying pipe is arranged at the upper portion of the boiler body, the first water discharging pipe is arranged at the lower portion of the latent heat exchange part, one end of the water flowing-in pipe is arranged at the lower portion of the sensible heat exchange part, and the second water discharging pipe is arranged at the upper portion of the sensible heat exchange part. |
