Jinan Yuhong Thermal Energy Equipment Co., Ltd. Contact: Chen Yutao Mobile Phone: 13864086360
Address: No. 125 Wang Zhouzhuang, Qiandian Town, Huaiyin Section, Jinan City, Shandong Province
Main Products: Waste heat recovery, waste heat recovery device, waste heat recovery manufacturers
Structure introduction of boiler flue gas waste heat recovery equipment
Update Time: 2019-01-08 Hits: 822
Boiler flue gas waste heat recovery equipment , including furnace body, front furnace body, feed hopper, feed motor, blower, air inlet channel, gasification chamber, feed hinge, combustion chamber, secondary air duct, compensation air vent, smoke Air collection device, heat exchange area, air outlet, manifold and ash removal port. Yuhong Thermal Energy directly connects the combustion chamber to the heat exchange area, and the hot combustion air enters the cold air exchange area and the air inlet through the heat. After the heat exchange, part of the smoke is discharged through the smoke collector, and the other part is returned to the combustion chamber through the secondary air outlet pipe for secondary combustion. The space occupied by the combustion chamber and the heat exchange area of the boiler flue gas waste heat recovery equipment. Yuhong Thermal Energy can also adjust the fan speed and the feed motor speed in real time through the boiler flue gas waste heat recovery equipment control system to control the ratio of intake air and biomass feed to achieve full biomass combustion.
Biomass hot air furnace, including furnace body, front furnace body, feed hopper, feed motor, blower, air inlet channel, gasification chamber, feed hinge, combustion chamber, secondary air duct, air supply port, light collection Device, heat exchange area, air outlet, water collecting pipe, ash removal port, front furnace body and rear furnace body are fixed side by side, the feed hopper is arranged above the front furnace body, the feed hopper is connected to the feed hinge Furnace body and rear furnace body. One end of the feed hinge of the front furnace body is equipped with a feed motor. The feed hinge end of the rear furnace body is connected to the combustion chamber. The body is connected to the rear furnace body, and a blower is provided at one end of the air inlet passage of the front furnace body. One end of the air inlet passage in the rear furnace body is connected to the gasification chamber, and the gasification chamber is fixed in the rear furnace. The combustion chamber is arranged above the gasification chamber, and a plurality of side-by-side small pipes are connected to the heat exchange area at the rear end. The heat exchange area is located below the heat exchange area, and a part of the heat flow pipe on one side extends outside the furnace through the light collecting device. The other side is provided with an ash removal port, and the bus bar is also connected with the secondary air port. The duct is a secondary air outlet duct provided in the combustion chamber, the combustion chamber is disposed above the air tuyere, and is disposed directly below the outlet of the heat exchange area. The feed hopper has an inverted cone that is perpendicular to the horizontal plane.
The axis of the inlet channel of the boiler flue gas waste heat recovery equipment is horizontal. The upper part of the combustion chamber has a cylindrical shape and the lower part has an inverted conical shape. The outlet of the secondary air outlet pipe is equal to the axis of the feed hinge. The igniter is installed above the gasification chamber, and the heat exchange area is a plurality of grids. Arrange vertical pipes. The rear furnace body is made of mm thermal insulation material, and the air supply vent fan is full of wind.