NOVELTY - Manufacturing apparatus (1) of carbon microparticles has shredding equipment (3), and reaction chambers (I,II). Shredding equipment produces two types of mixture containing powdery component and oxygen-containing gas using biomass resources containing waste material. Chamber (I) produces high-temperature mixed gas of water vapor and carbon dioxide. Chamber (II) produces carbon microparticles and hydrogen gas.    USE - For manufacturing carbon microparticles, and hydrogen gas used for hydrogen fuel battery.    ADVANTAGE - The apparatus enables instant, economical and efficient production of carbon microparticles using biomass resources at high yield.    DETAILED DESCRIPTION - A manufacturing apparatus (1) of carbon microparticles has a shredding equipment (3), and reaction chambers (I,II). The shredding equipment crushes biomass resources containing waste material, and powdery component having particle size of 33 mm or less. Two type of mixtures are produced by differing mixing rate of powdery component and oxygen-containing gas. One of the mixture is blown, and complete-combustion reaction is carried out. One portion of mixture is blown into chamber (I), and complete combustion reaction is carried out at 820 degrees C or more to obtain high temperature mixed gas containing water vapor and carbon dioxide. The other portion of mixture is blown into chamber (II), and partial combustion is carried out using the produced high temperature mixed gas to obtain carbon microparticles and hydrogen gas. The waste material is plant, livestock product, fish-and-shellfish, their organic refuse, and excrement of livestock product.    An INDEPENDENT CLAIM is included for manufacture of carbon microparticles, which involves crushing biomass resources to powdery component having particle size of 33 mm or less. Two type of mixture of powder component and oxygen-containing gas is produced by differing mixing rate of the powder component and oxygen-containing gas. A high temperature mixed gas containing carbon dioxide and water vapor is produced by performing complete-combustion of one of the mixture at 820 degrees C or more. Another mixture is subjected to partial combustion using the produced high temperature mixed gas, to obtain carbon microparticles and hydrogen gas.    DESCRIPTION OF DRAWING(S) - The figure shows the flowchart of manufacturing apparatus of carbon microparticles. (Drawing includes non-English language text).    manufacturing apparatus of carbon microparticles (1)    biomass acceptance tank (2)    shredding equipment (3)    complex-reaction chamber (4)    high temperature heating apparatus (5)