The invention discloses a carbon-based
catalyst regeneration device and a process thereof. The top of the device is provided with a feeding port, and the bottom is provided with a discharging port. Adesorption section, a
drying section and a
recovery section are sequentially arranged from the feeding port to the discharging port. A partition plate is arranged in the feeding port; the
discharge port is provided with a sliding plate; the
desorption section is provided with a high-temperature
water vapor inlet, a high-temperature
water vapor outlet and a corrugated baffle plate; the
drying section comprises a top material conveying area, a middle material conveying area and a bottom material conveying area, each material conveying area comprises a feed
orifice plate and a material conveyingpipe, and the
drying section is also provided with a drying gas inlet, a drying gas outlet, a middle baffle
orifice plate, a drying gas outlet and a bottom air vent; the
recovery section comprises a conveying
pipe, a feed
orifice plate, a
discharge orifice plate, a cooling gas inlet, a cooling gas outlet and a baffle orifice plate; and the drying gas inlet is communicated with the high-temperaturewater vapor outlet. The regeneration device can reduce the
energy consumption for heating regeneration, improve the pore structure of a carbon-based catalyst, improve the adsorption capacity, avoid the ignition of the catalyst, and reduce the chemical and physical loss of the catalyst.