Abstract: A fuel cell system includes a fuel cell stack in fluid communication with a separator. The separator has a first portion and a second portion forming a chamber. The first portion has a continuous inner wall and an end wall, with an inlet conduit connected to the inner wall and a liquid drain connected to the end wall. The second portion has an end wall and an outlet conduit extending into the chamber to form a channel with the inner wall of the first portion. A fuel cell separator includes a first end and a second end connected by a side wall to define a separation chamber. An inlet conduit is tangentially connected to the wall. An outlet conduit is connected to the first end and extending into the chamber to form a channel with the wall. A liquid drain is connected to the second end.

Abstract: A separator for a fuel cell includes first and second ends connected by a side wall to define a separation chamber. The first end has a protrusion extending into the chamber to form a channel with the wall. An inlet conduit is tangentially connected to the wall. An outlet conduit connected to the wall between the inlet conduit and the first end. A liquid drain is connected to the second end. A fuel cell system includes a fuel cell stack and a separator. The separator has first and second portions forming a chamber and a divider. The first portion has a continuous inner wall, an end wall forming a central convex projection, an inlet conduit and an outlet conduit. The second portion has a continuous inner wall, an end wall, and a liquid drain.

Abstract: A fuel cell system includes a fuel cell stack in fluid communication with a separator. The separator has a first portion and a second portion forming a chamber. The first portion has a continuous inner wall and an end wall, with an inlet conduit connected to the inner wall and a liquid drain connected to the end wall. The second portion has an end wall and an outlet conduit extending into the chamber to form a channel with the inner wall of the first portion. A fuel cell separator includes a first end and a second end connected by a side wall to define a separation chamber. An inlet conduit is tangentially connected to the wall. An outlet conduit is connected to the first end and extending into the chamber to form a channel with the wall. A liquid drain is connected to the second end.

Abstract: A separator for a fuel cell includes first and second ends connected by a side wall to define a separation chamber. The first end has a protrusion extending into the chamber to form a channel with the wall. An inlet conduit is tangentially connected to the wall. An outlet conduit connected to the wall between the inlet conduit and the first end. A liquid drain is connected to the second end. A fuel cell system includes a fuel cell stack and a separator. The separator has first and second portions forming a chamber and a divider. The first portion has a continuous inner wall, an end wall forming a central convex projection, an inlet conduit and an outlet conduit. The second portion has a continuous inner wall, an end wall, and a liquid drain.