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2007•International Journal of Energy Technology and PolicyRequires access

The 700°C steam turbine power plant status of development and outlook

H. Edelmann, Martin Effert, Kai Wieghardt, H. Kirchner

Open publisher page 4 citations

Abstract

This paper appraises the current development status of the 700?C steam power plant under consideration of process optimisation as well as design aspects of the steam turbine and steam generator. The results for a compact arrangement of the steam turbine and steam generator are also presented. Based on a cycle analysis, a net efficiency between 49.3% and 51.4% can be achieved with the 700?C steam power plant ? depending on the implementation and based on an inland plant site. No competing development activities for the 700?C steam power plant are known from the USA or Japan.

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What this paper is about

This paper appraises the current development status of the 700?C steam power plant under consideration of process optimisation as well as design aspects of the steam turbine and steam generator. The results for a compact arrangement of the steam turbine and steam generator are also presented. Based on a cycle analysis, a net efficiency between 49.3% and 51.4% can be achieved with the 700?C steam power plant ? depending on the implementation and based on an inland plant site. No competing development activities for the 700?C steam power plant are known from the USA or Japan.

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OpenAlex reports 4 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper appraises the current development status of the 700?C steam power plant under consideration of process optimisation as well as design aspects of the steam turbine and steam generator. The results for a compact arrangement of the steam turbine and steam generator are also presented. Based on a cycle analysis, a net efficiency between 49.3% and 51.4% can be achieved with the 700?C steam power plant ? depending on the implementation and based on an inland plant site. No competing development activities for the 700?C steam power plant are known from the USA or Japan.

Key concepts: Steam turbine, Steam-electric power station, Combined cycle, Heat recovery steam generator, Power station, Boiler (water heating), Engineering, Thermal power station

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