Nuclear power plants with super-powerful high-temperature steam turbine
Arkadiy Zaryankin, Nikolay D. Rogalev, Galina Kurdiukova, Andrey Rogalev, Evgeny Lisin, Wadim Striełkowski
Abstract
Arkadiy Zaryankin, Nikolay D. Rogalev, Galina Kurdiukova, Andrey Rogalev, Evgeny Lisin, Wadim Striełkowski
Abstract
This paper describes the possibility of creation of 2200 MW turbine for hybrid Nuclear Power Plant (NPP) with external (as to reactor) steam superheating on the base of existing VVER-1000 reactor. We come with a number of useful outcomes and suggestions for the blueprint of the super-powerful high-temperature steam turbines that might be used in power industry and for increasing the effectiveness of the new turbines produced by the turbine-constructing companies.
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This paper describes the possibility of creation of 2200 MW turbine for hybrid Nuclear Power Plant (NPP) with external (as to reactor) steam superheating on the base of existing VVER-1000 reactor. We come with a number of useful outcomes and suggestions for the blueprint of the super-powerful high-temperature steam turbines that might be used in power industry and for increasing the effectiveness of the new turbines produced by the turbine-constructing companies.
Key concepts: Steam turbine, Nuclear engineering, Nuclear power, Steam power, Steam-electric power station, Environmental science, Nuclear power plant, Turbine