Detailed explanation of the structure of aquaculture hot blast stove

The upper combustion chamber and the lower combustion chamber of the hot air stove are separated by an upper grate. The lower part is provided with a slag storage chamber and an ash deposit chamber. There is a hot air transfer inlet and the lower grate is hemispherical; the furnace body is provided with a water storage wall and a water outlet; the dust accumulation chamber is provided with an air inlet; the hot air exchange chamber is provided with heat exchange tubes, and the upper, middle and lower warehouses are distributed, and the bottom is provided There are hot air deflector and ash outlet, the upper part is equipped with flue gas outlet, the blower inlet, and the lower part is equipped with hot air outlet.

The combustion chamber of the breeding hot air furnace body is provided with two upper and lower fire grate to form the upper and lower combustion chamber, the upper combustion chamber is provided with fuel port and sealed furnace door, the lower combustion chamber is provided with a hot air transfer inlet, and the bottom of the furnace body is an ash deposit room. Both the upper combustion chamber and the ash deposit chamber are provided with air inlets, and the hot air heat exchange chamber is distributed among the upper, middle and lower warehouses, and adopts three-stage hot air exchange.

The lower combustion chamber uses a hemispherical grate with a larger area.

There is a hot air deflector at the bottom of the hot air heat exchange chamber.

The breeding hot air stove mainly solves the problems of insufficient combustion in the prior art and low thermal efficiency. The combustion chamber of the furnace body is provided with two layers of upper and lower grate, forming an upper and lower combustion chamber, the upper combustion chamber is provided with a fuel port and a sealed furnace door; the lower combustion chamber is provided with a hot air transfer inlet; There are air inlets in the dust deposit room. The lower combustion chamber uses a hemispherical grate with a larger area. The hot air heat exchange chamber is distributed in the upper, middle and lower bins, with a hot air deflector at the bottom, which adopts three-stage hot air exchange. Reasonable design, scientific structure, convenient use and maintenance, full fuel combustion, high heat exchange efficiency, less heat and smoke exhaust, meeting the requirements of energy saving and environmental protection