F202 PROGRESS OF STEAM TURBINE DEVELOPMENT THAT ACHIEVES 700℃ CLASS ADVANCED ULTRA SUPER CRITICAL STEAM CONDITION(Steam Turbine-1)

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概要

• 論文の詳細を見る

• Modern society relies heavily on the fossil fuels that lead to the carbon dioxide emissions. The development of 700℃ class advanced ultra super critical plant is one of the solutions for the reduction of carbon dioxide emissions. The technology developments of the 700℃ class USC plant are being evaluated in Europe and the United States. In Japan, the 700℃ class USC technology was chosen as one of the national projects last year. This paper describes the development issues and progress of the turbine material and the structures for 700℃ class USC. It especially introduces the progresses in development of two kinds of unique Ni base alloys.

• 2009-11-16

著者

• Saito Eiji

  Thermal Power Business Dept. Hitachi Ltd.

• Murata Kenichi

  Hitachi Works Hitachi Ltd.

• IMANO Shinya

  Hitachi Research Lab., Hitachi, Ltd.

• Imano Shinya

  Hitachi Research Lab. Hitachi Ltd.

関連論文

• F202 PROGRESS OF STEAM TURBINE DEVELOPMENT THAT ACHIEVES 700℃ CLASS ADVANCED ULTRA SUPER CRITICAL STEAM CONDITION(Steam Turbine-1)
• F201 The Status of Advanced USC Technology Development in Japan(Steam Turbine-1)
• F213 BASIC STUDY OF RANDOM VIBRATION FOR TURBINE BLADE STRUCTURES(Steam Turbine-4)
• OS12(1)-4(OS12W0356) Remote Damage-Diagnosis of Hot-Gas-Path Components of Gas Turbines

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