Cyclone Separator for Circulating Fluidized Bed Boiler with Wear-Resistant Target Area and Guide
A technology of circulating fluidized bed and cyclone separator, which is applied to fluidized bed combustion equipment, fuel burning in a molten state, lighting and heating equipment, etc., can solve the problem of fine particles affecting boiler operation economy and the difficulty of corrugated surface construction , aggravate the wear and tear of the heating surface of the tail, and achieve the effects of harsh working environment, improved anti-wear performance and large thermal stress.
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Embodiment 1
[0039] This embodiment is a circulating fluidized bed boiler cyclone separator with a wear-resistant target area and a guide device. The cyclone separator is a steam-cooled type. The total depth of the separator is 60% of the height of the inlet flue 1 of the separator, and the minimum diameter of the constriction 6 of the central cylinder is 60% of the diameter of the central cylinder 5; the inlet flue 1 of the separator is a tapered inlet flue, and its outlet area It is 50% of the entrance area; the flue gas guiding boss 7 is installed in the separator inlet flue 1, the angle between the flue gas guiding boss 7 near the boiler side and the horizontal plane is 30°, and it is close to the outlet side of the separator cylinder 2 The included angle with the horizontal plane is 10°; in addition, the end of the separator inlet flue 1 is provided with a flue gas guide port 8 for further optimizing the flow field in the separator to improve the separation efficiency. A soot purge po...
Embodiment 2
[0044] This embodiment is a circulating fluidized bed boiler cyclone separator with a wear-resistant target area and a guide device. The cyclone separator is adiabatic. The total depth of the separator is 80% of the height of the separator inlet flue 1, and the minimum diameter of the central cylinder necking 6 is 90% of the diameter of the central cylinder 5; the separator inlet flue 1 is a tapered inlet flue, and its outlet area is 70% of the entrance area; the flue gas guiding boss 7 is installed in the separator inlet flue 1, the angle between the flue gas guiding boss 7 near the boiler side and the horizontal plane is 40°, and the outlet side near the separator cylinder 2 and the The included angle of the horizontal plane is 15°; in addition, the end of the separator inlet flue 1 is provided with a flue gas guide port 8 for further optimizing the flow field in the separator to improve the separation efficiency. A soot purge port 9 is arranged around the flue gas guide bos...
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