NOVELTY - Organic waste pyrolysis carbonization method comprises pre-treatment, carbonization treatment, gas treatment and gas utilization, where the step includes (i) setting a burner port of burner for combustion chamber to obtain high temperature smoke gas, (ii) using organic matter in waste in front process room, inducing high temperature smoke gas, (iii) passing the organic matter waste into the carbonization treatment chamber, inducing high temperature smoke gas and supplying heat using outside heat jacket, carbonizing at oxygen or anaerobic state, (iv) gas phase product production and collecting.    USE - The method is useful for organic waste pyrolysis carbonization (claimed).    ADVANTAGE - This method is simple, has stable operation, is reliable, less time consuming for carbonization.    DETAILED DESCRIPTION - Organic waste pyrolysis carbonization method comprises pre-treatment, carbonization treatment, gas treatment and gas utilization, where the step includes (i) setting a burner port of burner for combustion chamber to obtain high temperature smoke gas, (ii) using organic matter in waste in front process room, inducing high temperature smoke gas, heating the outside of hot jacket, heating organic substance waste in the front process room at 100-300 degrees C, (iii) passing the organic matter waste into the carbonization treatment chamber, inducing high temperature smoke gas and supplying heat using outside heat jacket, heating at 450-800 degrees C, carbonizing at oxygen or anaerobic state, (iv) gas phase product production and collection, spraying water, condensing, dividing the combustion chamber with the oil and the first non condensable gas, collecting the product and gas phase product, spraying water again, condensing to obtain the second oil and the second non-condensable gas, (v) using gas to the second non-condensable gas and inducing heat as fuel for burning, carrying out oxidation in the second non-condensable gas obtaining smoke gas in high temperature in the combustion chamber, (f) using the solid residue in carbonization chamber, cooling, discharging, and recycling. An INDEPENDENT CLAIM is also included for Organic waste pyrolysis carbonization comprising combustion chamber, front treatment unit, carbonizing processing unit, gas processing unit and gas use unit, where the combustion chamber is set with one burner, the front treatment unit is external-heat drier, the drier is set with a jacket, a dryer jacket by high temperature smoke gas, the smoke gas transporting pipeline and combustion chamber outlet are connected, the carbonization treatment unit is external heating, the furnace is set with furnace with jacket, the furnace jacket through high temperature smoke gas outlet of each smoke gas transporting pipeline and combustion chamber are connected, the gas processing unit comprises smoke collecting pipeline, the first grade treatment tower and the second grade treatment tower, gas outlet of drier by smoke gas collecting pipeline and the first grade treatment tower are connected, the drying product and gas phase product and first grade treatment tower are connected, the first sprayer spray condensation is to obtain the first oil dividing, gas outlet and carbonization furnace through smoke gas collecting pipeline and the second grade tower is connected with handle. The carbonization furnace in production of gas phase product induces the second grade treatment tower, through the second sprayer spray condensing back to obtain the second oil, the gas use unit comprises non-condensable gas conduit, the second non-condensable gas the second grade treatment tower air outlet by the non-condensable gas conduit and the combustion chamber mutually are connected, the second level process tower to obtain the induce of the combustion chamber, a combustion chamber high temperature smoke gas is generated by smoke gas transporting pipeline transfer to drying machine jacket and is inside furnace jacket.