Electrocatalytic CO2 conversion technology for valuable chemical production

  • POSTED DATE : 2023-04-27
  • WRITER : 화학과
  • HIT : 1940
  • DATE : 2023년 5월 4일(목) 오후 4시 30분
  • PLACE : 330226호실

화학과 세미나가 다음주 목요일(5월 4일) 오후 4시 30분에 개최됩니다.

많은 참여 부탁드립니다.


제  목 : Electrocatalytic CO2 conversion technology for valuable chemical production

연  사 : 이원희 박사님(한국에너지기술연구원)

일  시 : 2023년 5월 4일(목)오후 4시 30분

장  소 : 화학관 2층 330226호실


Electrocatalytic CO2 conversion technology

for valuable chemical production

Wonhee Lee

Carbon Conversion Research Laboratory, Climate Change Research Division,

Korea Institute of Energy Research (KIER),

152 Gajeong-ro, Yuseong-gu, Daejeon, 34129, Republic of Korea

International society has been making efforts to reduce greenhouse gas emission to alleviate the climate change. Since the carbon neutrality declaration by many countries in 2020, the world has established policies and strategies, and has enacted laws to achieve the carbon neutrality. The various key technologies capable of contributing to the greenhouse gas reduction target include photovoltaics, wind power, hydrogen, bioenergy, energy efficiency improvement, industrial decarbonization, and carbon capture, utilization and storage (CCUS). In particular, the CCUS technologies are considered to be the final ones to capture, convert and store the inevitably emitted CO2 from the industry. The electrochemical CO2 conversion is great attention as the promising technology to reduce CO2 electrochemically to value-added chemicals or fuels. To improve the CO2 conversion efficiency of the production of the valuable products, various obstacles including insufficient activity/selectivity of the CO2 reduction catalysts, low ionic conductivity of the ion-exchange membranes, and physicochemical/electrochemical stability of each component and the entire system. Additionally, the mechanisms of the electrochemical CO2 reduction and purverization of the catalysts are not clearly understood. Here, the recent research of electrochemical CO2 conversion will be introduced for the production CO2-derived carbon-neutral products. Additionally, formate production mechanism from CO2 on the SnOx surface with oxygen vacancy will be proposed as well.

* 졸업논문 교과목 수강자 세미나 필수 참석 안내

석사, 석박통합, 박사과정이 수강하는 <졸업논문연구학점 1~6>수강자는 학과에서 개최하는 목요일 정규세미나에 반드시 참석해야함.