sobreaquecedor de vapor

a invenção refere-se à área de energia, em particular, ao sistema de separação e sobreaquecimento de vapor para turbinas das usinas nucleares. o objetivo da invenção é solucionar a tarefa de reduzir a massa e dimensões, mantendo a mesma eficácia da troca de calor. a invenção indicada resolve a taref...

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Hauptverfasser: ALEKSANDR EVGEN'EVICH BORDUKOV, VLADIMIR VLADIMIROVICH MARKIN, OLEG VALERIEVICH SUCHKOV, VLADIMIR BORISOVICH TREN'KIN, VALERIJ ANATOL'EVICH MARTYNOV
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creator ALEKSANDR EVGEN'EVICH BORDUKOV
VLADIMIR VLADIMIROVICH MARKIN
OLEG VALERIEVICH SUCHKOV
VLADIMIR BORISOVICH TREN'KIN
VALERIJ ANATOL'EVICH MARTYNOV
description a invenção refere-se à área de energia, em particular, ao sistema de separação e sobreaquecimento de vapor para turbinas das usinas nucleares. o objetivo da invenção é solucionar a tarefa de reduzir a massa e dimensões, mantendo a mesma eficácia da troca de calor. a invenção indicada resolve a tarefa apresentada de modo que ambos os pacotes de tubos da primeira e segunda seções de sobreaquecimento estejam virados de forma vertical, à mesma altura, de maneira que formem entre si e a parte interior da cuba os dois coletores segmentários de admissão, um coletor de descarga em forma de cunha com o ângulo de operação de 10° a 90°, enquanto o bico de saída do vapor está colocado na cuba vertical, na frente do coletor de descarga em forma de cunha. a diminuição atual da massa e dimensões é de 18-25%, o que permite usar esta solução nos sistemas compactos para separar e sobreaquecer o vapor. The invention relates to energy, in particular for the system of separation and superheating of steam for nuclear power plant turbines. The invention is aimed at solving the problem of reducing the mass and dimension parameters while maintaining the efficiency of heat exchange.The task in the claimed invention is solved by the fact that both tube banks of the first and second superheating stages are rotated vertically at the same height in such a way that they form between them and the inside of the housing two segmental inlet headers, a wedged outlet header with an angle of turn from 10° to 90°, and the steam outlet nozzle is located in a vertical case opposite the wedged outlet header. The actual reduction in mass and dimension parameters is 18-25%, which allows using this solution in compact systems for steam separation and superheating.
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The invention relates to energy, in particular for the system of separation and superheating of steam for nuclear power plant turbines. The invention is aimed at solving the problem of reducing the mass and dimension parameters while maintaining the efficiency of heat exchange.The task in the claimed invention is solved by the fact that both tube banks of the first and second superheating stages are rotated vertically at the same height in such a way that they form between them and the inside of the housing two segmental inlet headers, a wedged outlet header with an angle of turn from 10° to 90°, and the steam outlet nozzle is located in a vertical case opposite the wedged outlet header. 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The invention relates to energy, in particular for the system of separation and superheating of steam for nuclear power plant turbines. The invention is aimed at solving the problem of reducing the mass and dimension parameters while maintaining the efficiency of heat exchange.The task in the claimed invention is solved by the fact that both tube banks of the first and second superheating stages are rotated vertically at the same height in such a way that they form between them and the inside of the housing two segmental inlet headers, a wedged outlet header with an angle of turn from 10° to 90°, and the steam outlet nozzle is located in a vertical case opposite the wedged outlet header. 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The invention relates to energy, in particular for the system of separation and superheating of steam for nuclear power plant turbines. The invention is aimed at solving the problem of reducing the mass and dimension parameters while maintaining the efficiency of heat exchange.The task in the claimed invention is solved by the fact that both tube banks of the first and second superheating stages are rotated vertically at the same height in such a way that they form between them and the inside of the housing two segmental inlet headers, a wedged outlet header with an angle of turn from 10° to 90°, and the steam outlet nozzle is located in a vertical case opposite the wedged outlet header. The actual reduction in mass and dimension parameters is 18-25%, which allows using this solution in compact systems for steam separation and superheating.</abstract><oa>free_for_read</oa></addata></record>
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subjects BLASTING
HEATING
LIGHTING
MECHANICAL ENGINEERING
METHODS OF STEAM GENERATION
STEAM BOILERS
STEAM GENERATION
WEAPONS
title sobreaquecedor de vapor
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