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A catalytic section of a combustor is formed from a spaced tandem array of corrugated panels. The exterior top and bottom surfaces of the panels are coated with a catalyst and the space between panels defines a passage for a fuel-rich/air mixture. The interior of the corrugated panels define cooling

A catalytic section of a combustor is formed from a spaced tandem array of corrugated panels. The exterior top and bottom surfaces of the panels are coated with a catalyst and the space between panels defines a passage for a fuel-rich/air mixture. The interior of the corrugated panels define cooling air passages for maintaining the catalyst and substrate on which it is formed, at acceptable temperatures.

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1. A combustion turbine combustor having an elongated catalytic section comprising a tandem arrangement of passages defined in part by first and second side walls, with each of said side walls having a plurality of grooves extending in the direction of the elongated dimension of the catalytic sectio

1. A combustion turbine combustor having an elongated catalytic section comprising a tandem arrangement of passages defined in part by first and second side walls, with each of said side walls having a plurality of grooves extending in the direction of the elongated dimension of the catalytic section, alternate passages in said tandem arrangement comprising a top plate and a bottom plate attached to and affixed together by an undulating member alternately forming ridges and grooves that respectively attach to the top and bottom plates to form a corrugated member, the undulating member extending substantially from a first laterally extending side to a second laterally extending side of the top and bottom plates relative to the elongated dimension, each of said corrugated members being supported on the first laterally extending side within at least one of the grooves in the first side wall and on the second laterally extending side within at least one of the grooves in the second side wall. 2. The combustion turbine combustor of claim 1 wherein the first laterally extending side of the top plate is supported within a first groove in the first side wall and the first laterally extending side of the bottom plate is supported within a second groove in the first side wall. 3. The combustion turbine combustor of claim 2 wherein the second laterally extending side of the top plate is supported within a first groove in the second side wall and the second laterally extending side of the bottom plate is supported within a second groove in the second side wall. 4. The combustion turbine combustor of claim 3 wherein one end of the undulating member is supported within either the first or second groove of the first side wall and the other end of the undulating member is supported within either the first or second groove of the second side wall. 5. The combustion turbine combustor of claim 2 wherein the grooves in the first side wall are deeper than the penetration of the top plate and bottom plate to allow for thermal expansion. 6. The combustion turbine combustor of claim 1 including a catalyst affixed to a side of the top and bottom plates opposite a side of the top and bottom plates interfacing with the undulating member, of at least one of the corrugated members. 7. The combustion turbine combustor of claim 6 wherein the passages defined by the corrugated members are configured to carry cooling air. 8. The combustion turbine combustor of claim 1 wherein the undulating member is affixed to the top and bottom plates by vacuum brazing. 9. The combustion turbine combustor of claim 1 wherein the passages between corrugated members are substantially unobstructed. 10. The combustion turbine combustor of claim 1 wherein said corrugated members are connected at a first end to an upstream header. 11. The combustion turbine combustor of claim 10 including a fuel/air mixture plenum in fluid communication with the alternate passages in between the corrugated members down stream of the header and a cooling air plenum in fluid communication with the undulating members through the header. 12. The combustion turbine combustor of claim 1, wherein said corrugated members are contained at a first end by close fitting pockets of an upstream header. 13. The combustion turbine combustor of claim 12, wherein said corrugated members are contained at a second end by close fitting pockets of a downstream header and wherein separate gas flows can be combined via holes in the panels, proximate a downstream end of the panels. 14. A combustion turbine having a combustor including an elongated catalytic section comprising a tandem arrangement of passages defined in part by first and second side walls, with each of said side walls having a plurality of grooves extending in the direction of the elongated dimension of the catalytic section, alternate passages in said tandem arrangement comprising a top plate and a bottom plate attached to and affixed together by an undu lating member alternately forming ridges and grooves that respectively attach to the top and bottom plates to form a corrugated member, the undulating member extending substantially from a first laterally extending side to a second laterally extending side of the top and bottom plates relative to the elongated dimension, each of said corrugated members being supported on the first laterally extending side within at least one of the grooves in the first side wall and on the second laterally extending side within at least one of the grooves in the second side wall. 15. The combustion turbine of claim 14 wherein the first laterally extending side of the top plate is supported within a first groove in the first side wall and the first laterally extending side of the bottom plate is supported within a second groove in the first side wall. 16. The combustion turbine of claim 15 wherein the second laterally extending side of the top plate is supported within a first groove in the second side wall and the second laterally extending side of the bottom plate is supported within a second groove in the second side wall. 17. The combustion turbine of claim 16 wherein one end of the undulating member is supported within either the first or second groove of the first side wall and the other end of the undulating member is supported within either the first or second groove of the second side wall. 18. The combustion turbine of claim 15 wherein the grooves in the first side wall are deeper than the penetration of the top plate and bottom plate to allow for thermal expansion. 19. The combustion turbine of claim 14 including a catalyst affixed to a side of the top and bottom plates opposite a side of the top and bottom plates interfacing with the undulating member, of at least one of the corrugated members. 20. The combustion turbine of claim 19 wherein the passages defined by the corrugated members are configured to carry cooling air. 21. The combustion turbine of claim 14 wherein the undulating member is affixed to the top and bottom plates by vacuum brazing. 22. The combustion turbine of claim 14 wherein the passages between corrugated members are substantially unobstructed. 23. The combustion turbine of claim 14 wherein said corrugated members are connected at a first end to an upstream header. 24. The combustion turbine of claim 14 including a fuel/air mixture plenum in fluid communication with the alternate passages in between the corrugated members down stream of the header and a cooling air plenum in fluid communication with the undulating members through the header. 25. The combustion turbine of claim 14, wherein said corrugated members are contained at a first end by close fitting pockets of an upstream header. 26. The combustion turbine of claim 13, wherein said corrugated members are contained at a second end by close fitting pockets of a downstream header and wherein separate gas flows can be combined via holes in the panels, proximate a downstream end of the panels. 27. A chemical catalytic reactor including an elongated catalytic section comprising a tandem arrangement of passages defined in part by first and second side walls, with each of said side walls having a plurality of grooves extending in the direction of the elongated dimension of the catalytic section, alternate passages in said tandem arrangement comprising a top plate and a bottom plate attached to and affixed together by an undulating member alternately forming ridges and grooves that respectively attach to the top and bottom plates to form a corrugated member, the undulating member extending substantially from a first laterally extending side to a second laterally extending side of the top and bottom plates relative to the elongated dimension, each of said corrugated members being supported on the first laterally extending side within at least one of the grooves in the first side wall and on the second laterally extending side within at least one of the grooves in the second side wall.