Integration of Power-To-X Technology and Circular Economy for Net-zero Carbon Energy Transition
Low-cost solid oxide electrolysis cells are prepared based on the concept of material circular economy, aiming to achieve the goal of Power-to-X and promote energy transformation and carbon emission reduction.
National Cheng Kung University (NCKU) envisions its campus as a place that nurtures imagination, grounded in solid academic research and high-quality learning. The university is committed to fostering urban development and global sustainability as part of its centennial mission. By breaking institutional barriers and strengthening interdisciplinary teaching and research, NCKU encourages students to recognize social issues, produce research that meets societal needs, and actively engage in solving global challenges—reflecting its responsibility as a leading university.
The innovative technology that turns waste into treasure – Silicon Dioxide regenerated from semiconductor waste that contains Silicon
Application of Regenerated Silicon Carbide Powder Technology-4" Silicon Carbide Wafer Carrier
Application of innovative electrolyzed catalytic and nanobubble system for the remediation of petroleum-hydrocarbon contaminated soils and groundwater
New generation of light-emitting diodes to degrade harmful substances technology innovation applied to traditional meat stalls or meat store environmental control
Technology maturity：Prototype
Exhibiting purpose：Display of scientific results
Trading preferences：Negotiate by self
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