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    • UNIST Achieves Commercial-Ready Artificial Photosynthesis Technology for Direct Solar-to-Hydrogen Conversion 1 day ago
    • Revolutionary AI Enhances Sea Surface Temperature Data for Better Climate and Weather Forecasts 2 days ago
    • From COVID-19 to Alcoholic Liver Disease: UNIST Spearheads Development of ZBP1 Inhibitors 2 days ago
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    • UNIST and U of U College of Medicine Forge Partnership to Enhance Student Mental Health and Development Support 4 days ago
    • UNIST Receives KRW 1 Billion Donation to Boost Youth Entrepreneurship 1 week ago
    • UNIST Signs Strategic Partnership with Microsoft Korea to Accelerate AI-Driven Digital Transformation 2 weeks ago
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    • From COVID-19 to Alcoholic Liver Disease: UNIST Spearheads Development of ZBP1 Inhibitors 2 days ago
    • UNIST’s Cutting-Edge Robotics Tech Steals the Spotlight at International Conference 4 days ago
    • Professor Cheolhyeon Kwon’s Team Wins 2nd Place at the 24th Roboracer Autonomous Grand Prix Competition 3 weeks ago
    View all
    • UNIST Connects with Community Through Spring Concert for Children with Disabilities 2 months ago
    • Flower Beds at UNIST Given A New Lease of Life! 4 years ago
    • UNIST Promotes Research Cooperation for Rehabilitation of People with Speical Needs 5 years ago
    View all
    • UNIST Achieves Commercial-Ready Artificial Photosynthesis Technology for Direct Solar-to-Hydrogen Conversion 1 day ago
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    • Biosensor-Driven Evolution Boosts Itaconic Acid and Uncovers Stringent Response Mechanisms 5 days ago
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Home Ball-milling

Mechanochemical Approach for Low-Temperature CO2 Capture and Conversion

Their findings have been published in Nature Nanotechnology on June 5, 2025.

Mechanochemical Approach for Low-Temperature CO2 Capture and Conversion

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

Jun 11, 2025 By JooHyeon Heo Research
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New Study Unveils Direct Synthesis of FCMs via Solid-State Mechanochemical Reaction Between Graphite and PTFE

The study findings have been published ahead of their official publication in the online version of Advanced Functional Materials on July 27, 2023.

New Study Unveils Direct Synthesis of FCMs via Solid-State Mechanochemical Reaction Between Graphite and PTFE

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

Aug 16, 2023 By JooHyeon Heo Research
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Dissociating Stable Nitrogen Molecules under Mild Conditions by Cyclic Strain Engineering

Their findings have been published in the online version of Science Advances on November 1, 2019.

Dissociating Stable Nitrogen Molecules under Mild Conditions by Cyclic Strain Engineering

Nitrogen doping has emerged as a way to compensate for the shortcomings of graphene, the so-called Dream Material. Through this process, nitrogen is intercalated between carbon layers, which gives the graphene better properties. Besides, wi... Read More

Dec 13, 2019 By JooHyeon Heo Research
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Another Better and Cheaper Secondary Battery Catalyst

The Substitue of an Expensive Platinum Catalyst is Developed at UNIST.

Iron-Carbon Composite Catalyst will contribute to the commercialization of metal-air batteries.

Another Better and Cheaper Secondary Battery Catalyst

Prof. Guntae Kim and Prof. Jong-Beom Baek (School of Energy and Chemical Engineering)’s joint research team developed an iron-carbon composite catalyst (Fe@NGnP-CNF) that can contribute to a reduction in the production costs of secondary ba... Read More

Dec 14, 2015 By Chorok Oh Research
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Global News

  • New Smartphone App Offers Convenient Way to Diagnose Sleep Apnea
  • [Korea Bizwire] June, 4, 2024

  • New study finds clue to predict pancreatic cancer's progression and metastasis
  • [Korea Biomedical Rev.] June, 4, 2024

  • Study reveals promising technology for sepsis treatment using functional magnetic nanoclusters
  • [Phys.org] May,27, 2024

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