The invention relates to a process
system for air-blasting dehumidification through
smoke waste heat of a hot-blast stove. The process
system comprises a dryer, a regenerator, two sets of conveying and lifting devices and a
drying agent. A
drying agent
discharge opening is formed in the bottom of the dryer, an air inlet is formed in the lower portion of the dryer, a
drying channel is formed in the middle portion of the dryer, and a drying agent feed opening and an air outlet are formed in the top of the dryer. A drying agent
discharge opening is formed in the bottom of the regenerator, a hot-blast stove
smoke inlet is formed in the lower portion of the regenerator, a drying agent regeneration channel is formed in the middle portion of the regenerator, and a drying agent feed opening and a hot-blast stove
smoke outlet are formed in the top of the regenerator. The air inlet is connected to an
air blower, the air outlet is connected to an inlet of the hot-blast stove, a smoke outlet of the hot-blast stove is connected to the hot-blast stove smoke inlet through a preheater, and the drying agent is circularly conveyed in the dryer and the regenerator through the two sets of conveying and lifting devices. The
system indirectly dehumidifies air through the smoke
waste heat of the hot-blast stove, a low-temperature environment does not need to be provided,
pollution to the air cannot be caused, the energy sources are saved, and the
blast furnace coke ratio is reduced.