NOVELTY - Recycling system of source of energy corn, involves separating corn into corn kernel, corn stem, inner stem and corn leaf. The corn kernel is selected, pulverized, mixed with water and made into corn solution. The corn solution is sterilized, and glycosylated with diastatic enzyme. An ethanol production yeast is cultured for 72 hours at 31-32 degrees C in corn solution. The fermentation is accelerated by radiating far infrared rays. The corn mash fermentation product is added into distillation tower, and distilled by three component azeotrope distillation method.    USE - The recycling system of source of energy corn is useful for producing bioethanol.    ADVANTAGE - The bioethanol produced from corn has excellent quality or performance more than the gasoline obtained by distilling crude petroleum. The method does not cause environmental pollution. The bioethanol has 99.9% purity. The corn can be utilized as the agricultural product having profitability by using vegetable material instead of the existing fossil fuel. The alcohol energy power is enhanced by activating alcohol molecules. The exhaustion of pollution materials is minimized. The original materials can be produced by recycling by-products.    DETAILED DESCRIPTION - Recycling system of the source of energy corn, involves separating corn into corn kernel, corn stem, inner stem and corn leaf as a vegetability energy material. After the corn kernel is selected and pulverized to produce ethyl alcohol, pulverized corn kernel is added into the oxidation tank, purified water is added, and corn solution is made. After sterilizing several bacteria by adding an acid, a diastatic enzyme is added and glycosylation reaction is performed for 12 hours, and the corn solution is glycosylated. An ethanol production yeast is cultured for 72 hours at 31-32 degrees C by adding an ethanol production yeast of 0.08 weight% based on the produced saccharine material of 100 weight%. The fermentation is accelerated by radiating far infrared rays. The corn mash fermentation product is added into distillation tower, and distilled by three component azeotrope distillation method. The distillation tower has two consecutive distillation towers. A ceramic type infrared ray heater and a ceramic ball radiating the far infrared rays are set up in each distillation tower. An anhydrous ethyl alcohol is manufactured by setting up a zeolite ceramic ball which is the dehydrating agent in the bottom of the second distillation tower and removing water.