报告题目：From black powder to bright future: carbon catalysts for electrochemical hydrogenations

报告人：Mateusz Odziomek研究员 马普所

时间：2026年10月14日（周三）9:40-10:20

地点：化工学院四楼报告厅

报告人简介：

Mateusz Odziomek，波兰AGH克拉科夫大学研究员，“先进纳米多孔碳电催化剂”课题组负责人。2021年加入Markus Antonietti教授团队，主要从事纳米多孔碳材料的可控合成、孔结构调控及其电催化应用研究，并围绕多孔碳材料的理性设计与能源电催化开展系统研究。2022年获洪堡研究基金，并进一步组建“先进纳米多孔碳电催化剂”研究组，在纳米多孔材料、碳材料及能源电催化领域形成了较好的国际学术影响力。曾获波兰科学基金会START青年学者奖学金、法兰西公学院Prix Hugot奖，2024年入选英国皇家化学会Materials Horizons Emerging Investigator，2025年获NAWA Powroty研究基金。

报告摘要：

Carbon materials are traditionally viewed as conductive supports, while catalytic activity is assigned to metals. Our recent work shows that chemically tailored carbons can store charge, accumulate reactive intermediates, and directly participate in multi-electron electrochemical reactions. Nanoporous and nitrogen-doped carbons can store electrochemically generated hydrogen and enable metal-free hydrogenation, while oxo-carbons, red-carbon frameworks, and N-doped carbons show high activity for nitrate and nitrite reduction. In hybrid metal–carbon systems, reactive hydrogen generated on metals can migrate to the carbon phase, where substrate conversion occurs. These findings demonstrate that carbon can act not only as a support, but also as a charge-storage medium, hydrogen reservoir, intrinsic catalytic site, and active reaction phase, opening new opportunities for sustainable electrochemical synthesis.