초록 ▼

A system for controlling steam temperature that includes steam circuit including a reheater circuit, at least one reheater dilution region, at least one reheater dilution conduit, and at least one reheater supply region disposed upstream of the at least one reheater dilution region, wherein the at l

A system for controlling steam temperature that includes steam circuit including a reheater circuit, at least one reheater dilution region, at least one reheater dilution conduit, and at least one reheater supply region disposed upstream of the at least one reheater dilution region, wherein the at least one reheater supply region and the at least one reheater dilution region are associated via the reheater circuit and the at least one reheater dilution conduit.

대표청구항 ▼

What is claimed is: 1. A system for controlling steam temperature the system comprising: a steam circuit including a reheater circuit; at least one reheater dilution region; at least one reheater dilution conduit; and at least one reheater supply region disposed upstream in said steam circuit of sa

What is claimed is: 1. A system for controlling steam temperature the system comprising: a steam circuit including a reheater circuit; at least one reheater dilution region; at least one reheater dilution conduit; and at least one reheater supply region disposed upstream in said steam circuit of said at least one reheater dilution region, wherein said at least one reheater supply region and said at least one reheater dilution region are in direct fluid communication via each of said reheater circuit and said at least one reheater dilution conduit. 2. A system for controlling a steam temperature according to claim 1, further including at least one steam flow controlling device associated with at least one of said reheater circuit and said at least one reheater conduit. 3. A system for controlling a steam temperature according to claim 2, wherein at least one steam flow controlling device includes at least one valve. 4. A system for controlling steam temperature, the system comprising: a steam circuit including at least one dilution region and at least one supply region; at least one cooling area; and at least one cooling conduit, wherein said at least one dilution region and said at least one supply region are in direct fluid communication via each of said steam circuit and said at least one cooling conduit, and wherein said at least one cooling conduit is at least partially disposed within said at least one cooling area. 5. A system for controlling a steam temperature according to claim 4, wherein said at least one cooling area is at least one cooling drum defining a cooling cavity. 6. A system for controlling a steam temperature according to claim 4, further including at least one steam flow controlling device disposed along said steam circuit. 7. A system for controlling a steam temperature according to claim 6, wherein at least one steam flow controlling device includes at least one valve. 8. A system for controlling a steam temperature according to claim 4, wherein said steam circuit includes a high pressure superheater circuit, a superheater dilution region, and a superheater cooling conduit. 9. A system for controlling a steam temperature according to claim 4, wherein said steam circuit includes a reheater circuit, a reheater dilution region, and a reheater cooling conduit. 10. A system for controlling a steam temperature according to claim 5, wherein said cooling cavity contains a fluid, and said at least one cooling conduit is at least partially submerged within said fluid. 11. A method for controlling steam temperature, the method comprising: disposing at least one reheater dilution region in direct fluid communication with at least one reheater supply region via each of a reheater circuit included in a steam circuit and at least one reheater dilution conduit; and attemperating reheat steam within said at least one reheater dilution region of said steam circuit with steam from said at least one reheater supply region of said steam circuit, wherein said at least one reheater supply region is disposed upstream of said reheater dilution region. 12. A method for controlling steam temperature, the method comprising: disposing at least one dilution region in direct fluid communication with at least one supply region via each of a steam circuit and at least one cooling conduit; and attemperating steam within said at least one dilution region of said steam circuit with steam from said at least one cooling conduit, wherein said at least one cooling conduit is disposed at least partially within at least one cooling area.