NOVELTY - Preparation of hydrogen carbon fuel involves adding solid waste to storage tank, separating into non-combustible and combustible materials, supplying the non-combustible material to vibration climbing machine, separating into inorganic and organic waste, adding the combustible material to coarse rough roller sieve, sieving, adding resultant product to dechlorination reactor, adding resultant gas to deodorizing device and then to precipitator, cooling, adding lutetium-based carbonization agent to the obtained charcoal, carbonizing, heating, and crushing.    USE - Preparation of hydrogen carbon fuel from solid waste e.g. domestic waste and combustible industrial waste.    ADVANTAGE - The method enables preparation of hydrogen carbon fuel from solid waste with reduced energy consumption.    DETAILED DESCRIPTION - Preparation of hydrogen carbon fuel involves adding solid waste to storage tank, flowing leachate to sewage regulating pool by storage tank bottom portion, adding the solid waste from storage tank to steel wire rope lifting machine for breaking, separating into non-combustible and combustible materials, supplying the non-combustible material to vibration climbing machine, separating into inorganic and organic waste, adding the organic waste to anaerobic fermentation tank for anaerobic fermentation, producing biogas and compost, adding the combustible material to coarse rough roller sieve, sieving, winnowing by small winnower, adding resultant small material to magnetic separator, adding heavy material to vibration climbing machine, separating into inorganic and organic waste, producing biogas and compost, dewatering remaining combustible material to moisture content of 30% or less, obtaining dehydrated combustible material, adding resultant product to longitudinal and transverse shearing machine, cutting into product with length of 5 cm, adding resultant product to dechlorination reactor, dechlorination-drying at 300 degrees C for 0.5 hour or more, obtaining dechlorinated charcoal, small carbon particles, and hot air containing hydrogen chloride, hydrogen sulfide, sulfur dioxide and ammonia, cooling obtained product, introducing the hot air to deacidification spray tower, deacidifying, obtaining deacidified gas, adding resultant gas to deodorizing device and then to precipitator, cooling, obtaining carbon black having diameter of more than 5 mm, and hydrogen carbon fuel with diameter of 5 mm or less, adding 2-4 wt.% desulfurization agent to the resultant carbon powder, stirring, molding in a molding machine, obtaining hydrogen carbon fuel with diameter of 8-25 mm, adding lutetium-based carbonization agent to the obtained charcoal, carbonizing, heating, crushing, molding, and obtaining hydrogen carbon fuel with diameter of 8-25 mm. A catalyst used in preparation of hydrogen carbon fuel is ZSM25, iron oxide or iron-palladium metal mixture.