REACTOR FOR GENERATING HYDROGEN GAS
PROBLEM TO BE SOLVED: To provide a reactor for generating hydrogen gas, in which hydrogen gas useful as fuel for a fuel cell can be generated efficiently under a controllable condition. SOLUTION: This reactor 50 is provided with a bottom-blind cylindrical reactor main body 51 and a cap 52 arranged f...
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| creator | TSUBATA TEIICHI NAKAMURA MASANORI MORI KAZUAKI SUDA SEIJIRO |
| description | PROBLEM TO BE SOLVED: To provide a reactor for generating hydrogen gas, in which hydrogen gas useful as fuel for a fuel cell can be generated efficiently under a controllable condition. SOLUTION: This reactor 50 is provided with a bottom-blind cylindrical reactor main body 51 and a cap 52 arranged for covering an upper opening of the body 51. A feed chamber 57 is formed inside the body 51. A catalyst layer 61 is arranged in the upper end part of the chamber 57. A feed pipe 58 is projected from the undersurface of a bottom wall of the body 51. A hydrogen generating agent is fed to the chamber 57 from the lower part of the chamber 57 toward the upper part through the pipe 58 and brought into contact with the layer 61 to generate hydrogen gas. A discharge hole 64 is bored at the position slightly higher than the top end of the layer 61 for overflowing a solution containing a reaction product. The hydrogen gas generated in the layer 61 is discharged to the outside of the reactor 50 through a hydrogen gas discharging pipe 68 projected from the outside of a top plate of the cap 52. COPYRIGHT: (C)2003,JPO |
| format | Patent |
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SOLUTION: This reactor 50 is provided with a bottom-blind cylindrical reactor main body 51 and a cap 52 arranged for covering an upper opening of the body 51. A feed chamber 57 is formed inside the body 51. A catalyst layer 61 is arranged in the upper end part of the chamber 57. A feed pipe 58 is projected from the undersurface of a bottom wall of the body 51. A hydrogen generating agent is fed to the chamber 57 from the lower part of the chamber 57 toward the upper part through the pipe 58 and brought into contact with the layer 61 to generate hydrogen gas. A discharge hole 64 is bored at the position slightly higher than the top end of the layer 61 for overflowing a solution containing a reaction product. The hydrogen gas generated in the layer 61 is discharged to the outside of the reactor 50 through a hydrogen gas discharging pipe 68 projected from the outside of a top plate of the cap 52. 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SOLUTION: This reactor 50 is provided with a bottom-blind cylindrical reactor main body 51 and a cap 52 arranged for covering an upper opening of the body 51. A feed chamber 57 is formed inside the body 51. A catalyst layer 61 is arranged in the upper end part of the chamber 57. A feed pipe 58 is projected from the undersurface of a bottom wall of the body 51. A hydrogen generating agent is fed to the chamber 57 from the lower part of the chamber 57 toward the upper part through the pipe 58 and brought into contact with the layer 61 to generate hydrogen gas. A discharge hole 64 is bored at the position slightly higher than the top end of the layer 61 for overflowing a solution containing a reaction product. The hydrogen gas generated in the layer 61 is discharged to the outside of the reactor 50 through a hydrogen gas discharging pipe 68 projected from the outside of a top plate of the cap 52. COPYRIGHT: (C)2003,JPO</abstract><edition>7</edition><oa>free_for_read</oa></addata></record> |
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| subjects | BASIC ELECTRIC ELEMENTS CHEMISTRY COMPOUNDS THEREOF ELECTRICITY INORGANIC CHEMISTRY METALLURGY NON-METALLIC ELEMENTS PROCESSES OR MEANS, e.g. BATTERIES, FOR THE DIRECT CONVERSIONOF CHEMICAL INTO ELECTRICAL ENERGY |
| title | REACTOR FOR GENERATING HYDROGEN GAS |
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