What is the main objective of the "MHI Innovative Combustion Dynamics Laboratory"?

The main objective is to develop innovative combustion technologies that can achieve GTCC efficiency exceeding 70% and contribute to carbon neutrality, as well as to foster next-generation talent in the hard tech field.

Why is Kyoto University collaborating with Mitsubishi Heavy Industries on this project?

The collaboration aims to leverage Kyoto University's academic expertise and research capabilities with Mitsubishi Heavy Industries' industrial strength and practical experience to accelerate the development and implementation of advanced combustion technologies.

What is GTCC and why is achieving over 70% efficiency important?

GTCC stands for Gas Turbine Combined Cycle. Achieving over 70% efficiency is crucial for significantly reducing fuel consumption and CO2 emissions, making power generation more sustainable and cost-effective.

Besides GTCC, what other areas of combustion research will be covered?

The laboratory will also cover a broader range of combustion research for social implementation, including rocket engine combustion, supersonic combustion, and reciprocating engine combustion.

What is the duration of this joint research project?

The joint research laboratory is established for a period of five years, from April 1, 2026, to March 31, 2031.

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三菱重工与京都大学通过产学合作设立「三菱重工创新燃烧动力学讲座」

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常見問題

Q: What is the main objective of the "MHI Innovative Combustion Dynamics Laboratory"?: A: The main objective is to develop innovative combustion technologies that can achieve GTCC efficiency exceeding 70% and contribute to carbon neutrality, as well as to foster next-generation talent in the hard tech field.
Q: Why is Kyoto University collaborating with Mitsubishi Heavy Industries on this project?: A: The collaboration aims to leverage Kyoto University's academic expertise and research capabilities with Mitsubishi Heavy Industries' industrial strength and practical experience to accelerate the development and implementation of advanced combustion technologies.
Q: What is GTCC and why is achieving over 70% efficiency important?: A: GTCC stands for Gas Turbine Combined Cycle. Achieving over 70% efficiency is crucial for significantly reducing fuel consumption and CO2 emissions, making power generation more sustainable and cost-effective.
Q: Besides GTCC, what other areas of combustion research will be covered?: A: The laboratory will also cover a broader range of combustion research for social implementation, including rocket engine combustion, supersonic combustion, and reciprocating engine combustion.
Q: What is the duration of this joint research project?: A: The joint research laboratory is established for a period of five years, from April 1, 2026, to March 31, 2031.