Doosan Group's Innovative Approach to Carbon Emission Reduction and Clean Energy Transition
Key Ideas
- Doosan Group is focusing on next-generation energy technologies, including hydrogen turbines, to reduce carbon emissions and boost clean energy production.
- The company aims to develop the world's first 400MW super-large hydrogen plant turbine by 2027, contributing significantly to decarbonization efforts.
- Doosan Energy and Doosan Fuel Cell are actively developing core carbon-free energy technologies, such as SMRs and hydrogen fuel cells, to accelerate commercialization.
- Doosan Group is also expanding its presence in various sectors including robotics, wind power, nuclear power, and gas turbines to drive innovation and sustainability.
Doosan Group, celebrating its 129th anniversary, is strategically transforming its business towards future-focused endeavors such as next-generation energy technologies, machinery automation, and semiconductor materials. Doosan Energy and Doosan Fuel Cell are spearheading the development of core carbon-free energy technologies, emphasizing the commercialization of hydrogen turbines and other clean energy solutions. Noteworthy advancements include plans to develop a 400MW hydrogen plant turbine by 2027. Through strategic partnerships and investments, Doosan Group is positioning itself as a key player in the global energy market with a focus on clean energy sources like wind power and small modular nuclear reactors. Additionally, Doosan Fuel Cell is at the forefront of the hydrogen fuel cell market with products like phosphoric acid fuel cells and solid oxide fuel cells. The group's diverse portfolio extends to sectors like robotics, where Doosan Robotics leads in cooperative robots and service robots, expanding its presence globally. With a strong commitment to sustainability and innovation, Doosan Group's efforts are poised to make a significant impact on reducing carbon emissions and advancing clean energy technologies.
Topics
Fuel Cells
Energy Transition
Clean Technology
Fuel Cell
Nuclear Power
Semiconductor
Wind Power
Automation
Robotics
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