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A baffle insert for a component of a gas turbine engine is provided. The baffle insert having: a first fluid conduit having a first interior cavity extending therethrough; a second fluid conduit having a second interior cavity extending therethrough; and a member located between the first fluid cond

A baffle insert for a component of a gas turbine engine is provided. The baffle insert having: a first fluid conduit having a first interior cavity extending therethrough; a second fluid conduit having a second interior cavity extending therethrough; and a member located between the first fluid conduit and the second fluid conduit, wherein the member fluidly couples the first interior cavity to an exterior of the second fluid conduit, and wherein the member fluidly couples the second interior cavity to an exterior of the first fluid conduit and wherein the first interior cavity is isolated from the second interior cavity.

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1. A baffle insert for a component of a gas turbine engine, the baffle insert comprising: a first fluid conduit having a first interior cavity extending therethrough;a second fluid conduit having a second interior cavity extending therethrough; anda seal member located between the first fluid condui

1. A baffle insert for a component of a gas turbine engine, the baffle insert comprising: a first fluid conduit having a first interior cavity extending therethrough;a second fluid conduit having a second interior cavity extending therethrough; anda seal member located between the first fluid conduit and the second fluid conduit, wherein the seal member provides fluid communication between the first interior cavity and an exterior of the second fluid conduit through at least one a first opening, and wherein the seal member provides fluid communication between the second interior cavity and an exterior of the first fluid conduit through at least a second opening and wherein the seal member separates the first interior cavity from the second interior cavity. 2. The baffle insert as in claim 1, wherein the first fluid conduit is aligned with the second fluid conduit and the first fluid conduit is located above the second fluid conduit. 3. The baffle insert as in claim 1, wherein the seal member is configured to have a peripheral dimension that is greater than a peripheral dimension of the first fluid conduit and a peripheral dimension of the second fluid conduit. 4. The baffle insert as in claim 1, wherein the first fluid conduit has a first configuration and the second fluid conduit has a second configuration, wherein the first configuration is similar to the second configuration. 5. The baffle insert as in claim 4, wherein the seal member is configured to have a peripheral dimension that is greater than a peripheral dimension of the first fluid conduit and a peripheral dimension of the second fluid conduit. 6. The baffle insert as in claim 1, wherein the first fluid conduit has a peripheral dimension that is less than a peripheral dimension of the second fluid conduit. 7. The baffle insert as in claim 6, wherein the seal member is configured to have a peripheral dimension that is greater than a peripheral dimension of the first fluid conduit and a peripheral dimension of the second fluid conduit. 8. The baffle insert as in claim 7, wherein the first fluid conduit is aligned with the second fluid conduit and the first fluid conduit is located above the second fluid conduit. 9. A component for a gas turbine engine, the component comprising: an internal cooling cavity extending through an interior of the component; anda baffle insert configured to be inserted into the internal cooling cavity, the baffle insert comprising: a first fluid conduit having a first interior cavity extending therethrough; a second fluid conduit having a second interior cavity extending therethrough; and a seal member located between the first fluid conduit and the second fluid conduit, wherein the seal provides fluid communication between the first interior cavity and an exterior of the second fluid conduit through at least one a first opening, and wherein the seal member provides fluid communication between the second interior cavity and an exterior of the first fluid conduit through at least a second opening and wherein the seal member separates the first interior cavity from the second interior cavity. 10. The component as in claim 9, wherein the first fluid conduit is aligned with the second fluid conduit and the first fluid conduit is located above the second fluid conduit. 11. The component as in claim 9, wherein the seal member is configured to have a peripheral dimension that is greater than a peripheral dimension of the first fluid conduit and a peripheral dimension of the second fluid conduit. 12. The component as in claim 9, wherein the first fluid conduit has a first configuration and the second fluid conduit has a second configuration, wherein the first configuration is similar to the second configuration. 13. The component as in claim 12, wherein the seal member is configured to have a peripheral dimension that is greater than a peripheral dimension of the first fluid conduit and a peripheral dimension of the second fluid conduit. 14. The component as in claim 9, wherein the first fluid conduit has a peripheral dimension that is less than a peripheral dimension of the second fluid conduit. 15. The component as in claim 14, wherein the seal member is configured to have a peripheral dimension that is greater than a peripheral dimension of the first fluid conduit and a peripheral dimension of the second fluid conduit. 16. The component as in claim 15, wherein the first fluid conduit is aligned with the second fluid conduit and the first fluid conduit is located above the second fluid conduit and wherein the seal member has a plurality of openings extending therethrough for fluidly coupling the first interior cavity to the exterior of the second fluid conduit, and fluidly coupling the second interior cavity to the exterior of the first fluid conduit. 17. The component as in claim 9, wherein the component is an airfoil of either a vane or a rotating blade of a gas turbine engine. 18. A method of exchanging a cooling flow through a component of a gas turbine engine, the method comprising: directing a first flow of a cooling fluid through a baffle insert located in an internal cooling cavity extending through an interior of the component;directing a second flow of the cooling fluid through the baffle insert, wherein the first flow of the cooling fluid passes through a first fluid conduit having a first interior cavity extending therethrough and the second flow of the cooling fluid passes through a second fluid conduit having a second interior cavity extending therethrough, wherein the first flow of cooling fluid is surrounded by the second flow of cooling fluid when the first flow of cooling fluid is located in the first interior cavity such that the first flow of cooling fluid is thermally insulated by the second flow of cooling fluid; andexchanging the locations of the first flow of the cooling fluid with respect to the second flow of the cooling fluid by passing the first flow of the cooling fluid and the second flow of the cooling fluid through a seal member located between the first fluid conduit and the second fluid conduit, wherein the seal member provides fluid communication between the first interior cavity and an exterior of the second fluid conduit through at least one a first opening, and wherein the seal member provides fluid communication between the second interior cavity and an exterior of the first fluid conduit through at least a second opening and wherein the seal member separates the first interior cavity from the second interior cavity and wherein the second flow of cooling fluid is surrounded by the first flow of cooling fluid when the second flow of cooling fluid is located in the second interior cavity such that the second flow of cooling fluid is thermally insulated by the first flow of cooling fluid. 19. The method as in claim 18, wherein the first fluid conduit is aligned with the second fluid conduit and is located above the second fluid conduit. 20. The method as in claim 18, wherein the component is an airfoil of either a vane or a rotating blade of a gas turbine engine.