Abstract Developing a direct carbon dioxide (CO2) capture and methanation method is one of the most important challenges to achieving carbon neutrality. However, converting CO2 into methane (CH4) kinetically requires the activation of stabl... Read More
Abstract Metal–carbon composites are extensively utilized as electrochemical catalysts but face critical challenges in mass production and stability. We report a scalable manufacturing process for ruthenium surface-embedded fabric electroca... Read More
Nine UNIST researchers have once again distinguished themselves with inclusion in the prestigious ‘Highly Cited Researchers (HCR)’ for 2023. This accomplishment places UNIST as the second-highest university in South Korea, follo... Read More
Abstract Fluorinated carbon materials (FCMs) have received significant attention, because of their exceptional stability, which is associated with the strong C-F bonding, the strongest among carbon single bonds. However, the fluorination of... Read More
Abstract Potassium oxide (K2O) is used as a promotor in industrial ammonia synthesis, although metallic potassium (K) is better in theory. The reason K2O is used is because metallic K, which volatilizes around 400 °C, separates from the cat... Read More
Ten UNIST researchers have once again distinguished themselves with inclusion in the prestigious ‘Highly Cited Researchers (HCR)‘ for 2022. This was the highest ever achieved among universities in South Korea, this year. Clariva... Read More
Six UNIST researchers have once again distinguished themselves with inclusion in the prestigious Clarivate Analytics list of ‘Highly Cited Researchers’ for 2020. The annual list, published on November 18, includes researchers with multiple... Read More
A recent study, affiliated with UNIST has presented a new class of efficient catalysts, made from inexpensive carbon compounds and ruthenium (Ru). These novel catalysts are stable and display both efficient catalytic activity and improved e... Read More
An international research team, affiliated with UNIST has developed a new electrocatalyst for aqueous Zn–CO2 system, while eliminating carbon the harmful greenhouse gas carbon dioxide (CO2). This is expected to further accelerate the commer... Read More
Researchers throughout the world are working actively to accelerate the development of new catalysts that can greatly cut the cost of hydrogen production. A number of breakthrough catalysts have been reported, yet their expected performance... Read More
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