The present invention provides a gas generator, including a housing having therein an ignition device chamber, which is provided with a gas discharge port and accommodates an ignition device, and a pressurized gas chamber filled with a pressurized gas, the ignition device chamber and the…
The present invention provides a gas generator (10), including a cylindrical ignition device chamber housing (20) provided with a gas discharge port (27), accommodating an igniter(25) and a gas generating agent(38), a cylindrical pressurized gas chamber housing (40) filled with pressurized gas, the…
A gas generator (1A) includes a bottom plate part (11) which is a part of a housing, a substantially cylindrical cup-shaped member (50) accommodating a transfer charge (56), a hollow cylindrical filter (90) accommodated in the housing, and an annular first pad member (70) situated in a part on the…
A hydrogen generator (1) includes: a tubular reformer (2) configured to generate a hydrogen-containing gas by a reforming reaction using a material gas; a CO reducer (4) configured to reduce carbon monoxide contained in the hydrogen-containing gas generated in the reformer; a tubular…
A gas generator (1A) includes a housing including a lower shell (10) and an upper shell (20), an igniter (30), a gas generating agent (41), and a filter (50). The housing has a circumferential wall portion (12, 22) in a short, substantially cylindrical shape provided with a gas discharge opening…
A hydrogen production apparatus 1 includes a preferential oxidation unit 8 that preferentially oxidizes carbon monoxide in a reformed gas containing hydrogen, a vaporization flow path 33 that passes water to generate steam, and a gas flow path 34 through which the reformed gas passes. The gas flow…
Disclosed is a hydrogen generator that prevents the reformate water from bypassing the evaporator in a hydrogen generator, and the occurrence of sudden temperature changes within an evaporation flow path. The hydrogen generator comprises: an evaporator that produces a mixed gas by mixing a raw…
Reformer (1) is operated in a first operational stage by the sub-stoichiometric reaction of hydrocarbons with oxygen, air and/or water to produce hydrogen, and in a second operational stage by the stoichiometric reaction of hydrocarbons with oxygen, air and/or water to produce inert gas or gas…