TECHNOLOGY FOCUS - INORGANIC CHEMISTRY - Preferred Method: The step of processing raw material comprises?: (a) crushing the tree trunk, trunk, tree root and waste wood by using a crusher, and crushing the branches of the tree having a diameter of more than 5 cm; (b) cutting a crop straw, branches of forest trees, leather, wood, leftover materials of wood processing factory and weeds, to sections, where the length of each section is 2-10 cm; and (c) drying 1-3 mushroom slag, furfural residue, vinegar residue and lees, where the water content is less than 20%, and pyrolyzing the raw material with no impurities. In the step (i), the fertilizer raw material is treatment by centrifuging various kinds of animal residues, livestock manure, biogas residue and fruit residue, and separating to solid and liquid by carrying out solid-liquid separation, then drying the solid till the water content is less than 24%, and crushing the dried solid or air dried solid to powder form, fermenting in a liquid fermentation tank, filtering in a liquid pool, and obtaining fertilizer raw material. The step (ii) further comprises passing the pyrolysis raw material of carbon gas by a conveying belt or a spiral conveyer to a carbon gas integrated conversion furnace, converting to a high temperature biological carbon and high temperature mixed gas, then cooling the biological carbon by an automatic carbon discharging combined mechanism, and transporting to a carbon tank, passing high temperature steam and filtered carbon gas to a carbonizing-pyrolyzing furnace by a pipeline, and purifying the tri-state of the high temperature mixed gas by passing to a separating-purifying device by the pipeline. The step (iii) the mixed gas separation and purification comprises (d) passing the high temperature mixed gas of the carbon powder particle removing gas-liquid mixture to the carbonization integrated conversion furnace or filter carbon carbonization pyrolysis furnace; (e) separating the wood tar by a biological filter or a cyclone separator, and cooling the gas-liquid mixture, mixing the wood vinegar liquid and biogas are passed to a gas purification system and an oil acid separator; and (f) separating wood tar, and mixed liquid of wood vinegar by using an oleic acid separator, and obtaining wood tar and wood vinegar, and passing the wood tar to a tar processing system or a fuel smelting device; and (g) allowing the wood vinegar to stand in a device, or purifying the fertilizer prepared in the device by wood vinegar in a distilling and purifying device. The step (iv) further comprises preparing fertilizer by (h) taking wood vinegar, carbon powder and the raw material of fertilizer according to different combination of different proportions to produce different types of function of the fertilizer, and mixing in a first grade mixer according to the proportion and passing to a conveying device, and stirring the mixed material after mixing in a second grade mixer; (i) crushing the biological carbon which is passed to a feeder, to a powder form according to proportion to the second grade mixer, and stirring by using a spiral feeding machine; (j) mixing a primary mixed material and carbon powder in the second level mixer, and obtaining a secondary mixed material; (k) adding an adhesive according to a certain proportion to the secondary mixed material placed in a third level mixer, and mixing for the third time; (l) passing the three-level mixed materials to a granulating mechanism; and (m) passing the particles to a dryer or collecting the particles, or drying, and measuring. The step (v) further comprises performing fuel refining by (n) heating wood tar in a normal pressure distilling kettle and forming combustible gas and asphalt; (o) cooling the combustible gas in a condenser to obtain a bio-fuel; and (p) blending a proportion of bio-fuel and combustible fuel additive in a dimming control tank, and producing biological synthetic gasoline or diesel oil. The step (iv) further comprises carrying out gas separating process by (q) washing the three-biological fuel gas by alkali or other method; (r) passing purified gas while performing gas-liquid separation in the gas-liquid separator; (s) separating gas, filtering, absorbing, and converting to a clean biomass fuel; and (t) passing the clean biomass fuel to a gas storage cabinet by the pipeline, and supplying the gas from the gas storage cabinet to a user pipe network or motor power supply or heating boiler or burning.