NOVELTY - Refining transformation of biomass cracking transformation process comprises: (a) outer resource free low energy consumption processing technique of household waste; (b) secondary pollution process control technique of waste processing system; (c) convenient control technique of waste process; (d) low social cost control technique of waste process; and (e) high-temperature organic carbon discharge operation process; the engineering technical solution and technical method of flow heating control and energy balance of solid waste are achieved by engineering technique covering test.    USE - The method is useful for refining transformation of biomass cracking transformation process (claimed).    ADVANTAGE - The invention has advantages as follows: the waste is refined and transformed into easily processed and reusable primary energy source material of gas, liquid and solid three states based on organic substance thermal fission principle. The engineering technical solution and technical method of solving flow heating control and energy balance of solid waste are achieved. The waste processing engineering is steady, simple, safe and reliable.    DETAILED DESCRIPTION - Refining transformation of biomass cracking transformation process comprises: (a) outer resource free low energy consumption processing technique of household waste; (b) secondary pollution process control technique of waste processing system; (c) convenient control technique of waste process; (d) low social cost control technique of waste process; and (e) high-temperature organic carbon discharge operation process; the engineering technical solution and technical method of flow heating control and energy balance of solid waste are achieved by engineering technique covering test; the specific working steps are as follows: (i) outer resource free low energy consumption processing technique of household waste, where the demand of resource of whole processing process is considered to use the energy of the waste itself, it is multi-form energy transformation using technique, the regenerating system can satisfy the processing energy consumption of the waste itself and have an amount of rest energy output; (ii) secondary pollution process control technique of waste processing system: the first step of dry distilling and coking, the dry distilling and coking technique is used, the oxygen is absolutely isolated, the basic generation condition of dioxin of the system is avoided effectively, the step of liquid phase absorbing, the low-sulfur containing fume existing in the system is not directly exhaust to air but processed in concentrated way after performing liquid phase absorbing, the third step of composite using or concentrated transforming: the waste slug or ash powder generated during the waste processing is selectively processed by the composite using or concentrated processing solution according to the allowed condition of item composite investment, the fourth step of recovering or limiting: a waste water system respectively collects and processes in concentrated way to the standard allowed by working condition according to the demand of production system of each device, and then reuses or exhausts in the limited and appointed way; (iii) convenient control technique of waste process: the first step of distribution, where the production and process use distribution automatic program control as principal and manpower as assistant, the second step of system configuration, where the system configuration is performed basically by the existing relatively perfect and reliable technique apparatus at each section unit and the working solution of the waste process, and the third step of raw material quality, the demand of raw material quality of household waste is very extensive so that it is applied to the daily household waste of different type and different thermal value content; and (iv) low social cost control technique of waste process: the first step of design of system, where the relatively strict control is set to the investment of engineering construction during the process of designing the waste processing system, thus the beast economic and commercial benefits of the item are obtained with the lowest engineering investment, and the second step of low-consumption control, where the low-consumption of the running cost is as follows: the daily running cost is measured and optimized completely based on the design and configuration of whole device, thus the system runs at the state with relatively lower consumption cost.