The present invention provides a fluidized bed reactor including a tilted dispersion plate, which discharges impurities contained in a combustion gas or impurities generated from a reaction of the combustion gas and a gasifying agent to the outside by separating the impurities from a fluidized bed material using the tilted dispersion plate; and independently controls multiple dispersion plate nozzles and air boxes for selectively spraying the gasifying agent, thereby preventing non-fluidization through circulating the fluidized bed material and the combustion gas inside a reaction furnace.

A fluidized bed reactor including tilted dispersion plate

A fluidized-bed reactor is suitable for uniformly oxidizing, i.e. combusting or gasifying, solid material containing combustible material and incombustible material, and for stably recovering thermal energy from the oxidized combustible material while smoothly discharging the incombustible material. The fluidized-bed reactor comprises a plurality of fluidizing gas diffusion devices disposed at a bottom of a fluidized-bed furnace for imparting different fluidizing speeds to the fluidized medium in a fluidized bed in the fluidized-bed furnace to form an upward flow of the fluidized medium in a fluidizing region with a substantially high fluidizing speed of the fluidized medium and a descending flow of the fluidized medium in a fluidizing region with a substantially low fluidizing speed of the fluidized medium. A plate-like thermal energy recovery device is disposed in the fluidizing region with the substantially low fluidizing speed of the fluidized medium and has a heat recovery surface extending vertically.

Fluidized-bed reactor

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Fluidized-bed reactor