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- Development of a fuel cell system using hydrogen produced through ammonia membrane reactors
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- 막반응기를 이용한 암모니아 생산 수소를 이용한 연료전지 시스템 개발
- Fabrication of tubular hydrogen separation membranes and measurement of hydrogen separation properties
- Configuration of membrane reactors and evaluation of reaction characteristics
- Development of fuel cell-integrated systems and assessment of operational performance
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- Development of core technology for high-density liquid organic hydrogen carriers(2022~2025)
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- 고밀도 수소 저장용 LOHC 요소 기술 개발
- Synthesis and durability evaluation of shaped catalysts for LOHC hydrogenation/dehydrogenation
- Optimization of reaction conditions for shaped catalysts in LOHC hydrogenation/dehydrogenation
- Long-term durability evaluation of shaped catalysts for LOHC hydrogenation/dehydrogenation
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- Integrated Graduate School for Fuel Cell Power Generation(2022~2027)
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- 연료전지 발전기술 융합대학원
- Establishment of an interdisciplinary education program focused on fuel cells and power systems
- Operation of a curriculum that comprehensively integrates policy, industry, and the global environment
- Conducting field-oriented R&D through close collaboration with industry, academia, and research institutes
- Producing highly skilled professionals with deep expertise through an innovative education system
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- Establishment of a Hydrogen City Model for the Multifunctional Administrative City(2023~2024)
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- 행정중심복합도시 수소도시 모델 수립
- Development of the vision and goals for a hydrogen city ecosystem tailored to the needs of the Multifunctional Administrative City
- Analysis of the policy, technological, and environmental conditions required for the hydrogen city in the Administrative City
- Establishment of a hydrogen ecosystem model and implementation strategies to achieve carbon neutrality by 2040 in the Administrative City
- Economic feasibility assessment and evaluation of carbon reduction contributions across power generation, buildings, and transportation sectors