Discover how silicene, a nanomaterial thinner than DNA, transforms CO2 into valuable fuels and chemicals through layer-controlled catalysis.
Explore the complex reaction pathways in solid oxide co-electrolysis cells that transform CO2 into valuable carbon monoxide and synthetic fuels.
Exploring solar-driven CO₂ conversion technologies that create sustainable fuels from atmospheric carbon dioxide using sunlight.
Exploring the revolutionary technology of plasma processing and its applications in medicine, industry, and sustainability.