The invention provides a furnace
kiln continuous heat exchange control device. The device comprises a first heat storage chamber, a second heat storage chamber, a
flue gas input pipeline, a
flue gas output pipeline, an air input pipeline and an air output pipeline, wherein the
flue gas input pipeline, the
flue gas output pipeline, the air input pipeline and the air output pipeline are communicatedwith the first heat storage chamber and the second heat storage chamber. Valves are arranged on the pipelines,wherein the pipelines is used for connecting the first heat storage chamber, the second heat storage chamber with the the
flue gas input pipeline, the
flue gas output pipeline, the air input pipeline and the air output pipeline. The
control system controls the valves between the pipelinesand the heat storage chambers to be opened and closed periodically, so that the first heat storage chamber and the second heat storage chamber can be switched periodically between heat absorption andheat release
modes. The furnace
kiln continuous heat exchange control device and the furnace
kiln continuous heat exchange control method have the advantages that the structure and the working process is simple, the problem of short heat exchange period, high
furnace temperature and large furnace pressure fluctuation in heat storage
combustion caused by frequent heat exchange in the prior art canbe solved, the continuous
combustion stability of the heat storage chamber can be improved, and the
waste heat recovery efficiency can be improved.