NOVELTY - The system comprises a hydrogen production system (1). An exothermic reaction part (2) is formed integrally with the hydrogen production system for increasing the hydrogen reaction by generation heat. A silo type supply unit (3) is used for supplying the hydrogen within the exothermic reaction part. A left/right screw transfer pipe (4) is used for inflowing the hydrogen product from the silo type supply unit. A multi heating block (6) is used for controlling temperature of the hydrogen reaction with a metal oxide and a chemical solution.    USE - The chemical solution and metal oxide and adsorption occlusion fuel cell system is useful for generating hydrogen that is useful as fuel in a camping car, a boiler, a heavy equipment, a vessel, a submarine , a tank, an airplane, a generator, a tractor, an engine type heat pump and a gas boiler (all claimed).    ADVANTAGE - The system can improve the hydrogen production with improved efficiency.    DETAILED DESCRIPTION - The system comprises a hydrogen production system (1). An exothermic reaction part (2) is formed integrally with the hydrogen production system for increasing the hydrogen reaction by generation heat. A silo type supply unit (3) is used for supplying the hydrogen within the exothermic reaction part. A left/right screw transfer pipe (4) is used for inflowing the hydrogen product from the silo type supply unit. A multi heating block (6) is used for controlling temperature of the hydrogen reaction with a metal oxide and a chemical solution. A catalyst filler (7) is used for accelerating the heat generation within the exothermic reaction part. Hydrogen taking out portion (8) is used for taking out the hydrogen from the exothermic reaction part. A cooling fan introduces a mixture containing moisture included in the hydrogen gas ejected from the hydrogen taking out portion. A solution ejector collects the moisture included in the hydrogen gas before inflowing to the cooling fan. A solution tube pump is used for re-circulating unreacted solution. A first dryer part supplies the hydrogen gas ejected from the cooling fan. A second dryer part dries the hydrogen that is ejected after it is dried in the first dryer part with high purity. An adsorption occlusion container is used for storing the hydrogen gas. A fuel cell system is equipped with a power source and a heating source. A burning unit is included in the fuel supply system. The exothermic reaction part and silo type supply unit are located in a container according to the circulation theorem. A suction type condenser is located in the hydrogen production system. The exothermic reaction part is made of stainless material. A metallic catalyst is dipped in the exothermic reaction part or the adsorption occlusion container. A proper heat exchange is made when initiating the exothermic reaction and endoergic reaction using the occlusion property. The metallic catalyst includes Raney nickel, cadmium, and sodium. A heat pump system is connected with a lamellae type heat exchanger.    DESCRIPTION OF DRAWING(S) - The diagram shows a schematic view of a hydrogen production system.    Hydrogen production system (1)    Exothermic reaction part (2)    Silo type supply unit (3)    Left/right screw transfer pipe (4)    Multi heating block. (6)