A device for separating liquid water from a recirculation gas stream in a fuel cell system includes an outer cylindrical tank. This tank includes a sidewall with a gas inlet port, a top wall, and a bottom with a water outlet port. The gas inlet port is des...

A fuel cell exhaust gas installation for a fuel cell system includes a mixing arrangement for collecting fuel cell exhaust gas emitted from at least one fuel cell of a fuel cell system and for collecting a mixed gas and for producing a mixture of fuel cell...

A fuel cell system of the present invention comprises a fuel processor (41); a fuel cell stack (60); a first water tank (1); a combustor (42); a water discharge passage (31) connected to a water drain port (76) formed in the first water tank (1) to dischar...

Disclosed is a control device (40) for an anode non-circulation type fuel cell system including a fuel cell (1), a volume part (12) capable of temporarily storing an anode off-gas discharged from the fuel cell, a discharging device (14) for discharging the...

The separator (1) has a condensate inlet (3) formed in an upper area of a condensate container (2), and a condensate outlet (4) arranged in a lower area of the container. A float (6) arranged within the container is movable between upper and lower position...

The uninterrupted current supply device has a fuel cell (2) for generating current by cold oxidation of hydrogen to water in the event of failure of a primary current supply, especially a supply network, and a storage device for the hydrogen. A hydrolyzer ...