NOVELTY - Moving bed heat type continuous carbonization of biomass includes pretreating biomass into feedstock and liquid intermediate product by gravity from top to bottom, introducing gas and steam at bottom-up movement, evacuating exhaust gas at the bottom, extracting with wood vinegar extract and wood tar extract to obtain combustible gas, tar, charcoal and biochar, cooling, and introducing into process operating unit; heating and continuously contacting with material quality and no loss of heat exchange; and extracting byproducts to meet technical requirements of intermediate product or biochar.    USE - Method for moving bed heat type continuous carbonization of biomass (claimed).    ADVANTAGE - The method is environment-friendly and suitable for ultra-large-scale production; and can achieve low carbon, intensive, scale, standardization, series, modular, continuous, batch, semi-batch, semi-mobile, automation and telemetry. The product has variety of high value-added chemical product.    DETAILED DESCRIPTION - Moving bed heat type continuous carbonization of biomass comprises pretreating biomass into feedstock and liquid intermediate product by gravity from top to bottom, introducing gas and steam at bottom-up movement, evacuating exhaust gas at the bottom, extracting with wood vinegar extract and wood tar extract to obtain combustible gas, tar, charcoal and biochar, cooling, and introducing into process operating unit; heating and continuously contacting with material quality and no loss of heat exchange; extracting byproducts to meet technical requirements of intermediate product or biochar, carbonizing, separating various byproducts, re-processing, and purifying using purification treatment unit; introducing into carbonization device, controlling normal and stable production, measuring air through bottom of carbonization device, and incomplete combusting biochar; introducing biochar into cooling device, vaporizing water, and cooling at 105 degrees C; introducing water vapor into operating unit, reacting with biochar, and combusting to obtain combustible gas; introducing into combustion furnace of hopper module and inserting with lead mold through flange; and insulating outer shell with insulation material and controlling temperature of outer shell at less than 50 degrees C. The cross-section of furnace body of carbonization device is round, polygon and arbitrary cross-section. The shell is made of metal or non-metal heat-resistant and corrosion-resistant material. An INDEPENDENT CLAIM is included for continuous carbonization device comprising furnace body, biomass feedstocks star-type lower material device, biochar star-type lower material device, hopper module, guide module, discharging port, process operating unit, and measuring control meter.