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A method for monitoring process gas of a solid oxide fuel cell system is disclosed. The method comprises directing a portion of process gas from a chamber of the solid oxide fuel cell system to a main plenum chamber. A portion of process gas is cooled to a measurable temperature and directed to a se

A method for monitoring process gas of a solid oxide fuel cell system is disclosed. The method comprises directing a portion of process gas from a chamber of the solid oxide fuel cell system to a main plenum chamber. A portion of process gas is cooled to a measurable temperature and directed to a sensor for analyzing. A solid oxide fuel cell system is also disclosed.

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1. A solid oxide fuel cell system, comprising: a chamber disposed around a fuel cell stack and a waste energy recovery assembly; a means for diverting a portion of process gas contained within said chamber in fluid communication with a means for cooling said diverted portion of process gas to a m

1. A solid oxide fuel cell system, comprising: a chamber disposed around a fuel cell stack and a waste energy recovery assembly; a means for diverting a portion of process gas contained within said chamber in fluid communication with a means for cooling said diverted portion of process gas to a measurable temperature; and a means for analyzing said cooled portion of process gas. 2. The solid oxide fuel cell system of claim 1, wherein said portion of process gas is selected from the group consisting of reformate, anode exhaust, system exhaust, and combinations comprising at least one of the foregoing process gases. 3. The solid oxide fuel cell system of claim 1, wherein said means for analyzing is a sensor operating in an environment having a temperature of about 100° C. or less. 4. The solid oxide fuel cell system of claim 3, wherein said environment is within a system enclosure, said system enclosure is disposed around said chamber. 5. The solid oxide fuel cell system of claim 1, wherein said measurable temperature is about 100° C. or less. 6. The solid oxide fuel cell system of claim 1, wherein said means for diverting is a tubing. 7. The solid oxide fuel cell system of claim 6, wherein said means for cooling comprises at least one loop of said tubing. 8. The solid oxide fuel cell system of claim 1, wherein said means for cooling comprises a heat exchanger. 9. The solid oxide fuel cell system of claim 1, further comprising a means for directing said cooled portion of process gas from said solid oxide fuel cell system. 10. A solid oxide fuel cell system, comprising: a chamber disposed within said solid oxide fuel cell system; a means for diverting a portion of process gas contained within said chamber in fluid communication with a means for cooling said diverted portion of process gas to a measurable temperature; a means for analyzing said cooled portion of process gas; a means for receiving a signal from said means for analyzing; and a means for directing said cooled portion of process gas out of said solid oxide fuel cell system. 11. The solid oxide fuel cell system of claim 10, wherein said portion of process gas is selected from the group consisting of reformate, anode exhaust, system exhaust, and combinations comprising at least one of the foregoing process gases. 12. The solid oxide fuel cell system of claim 10, wherein said means for analyzing is a sensor operating in an environment having a temperature of about 100° C. or less. 13. The solid oxide fuel cell system of claim 12, wherein said environment is within a system enclosure, said system enclosure is disposed around said chamber. 14. The solid oxide fuel cell system of claim 10, wherein said measurable temperature is about 100° C. or less. 15. The solid oxide fuel cell system of claim 10, wherein said means for diverting is a tubing. 16. The solid oxide fuel cell system of claim 10, wherein said means for cooling comprises at least one loop of said tubing. 17. The solid oxide fuel cell system of claim 10, wherein said means for cooling is a heat exchanger.