第十六週碩博專討演講公告(6/10)
2021.06.07
碩博專題演講公告
題 目:
Catalyst engineering towards efficient and selective solar-to-fuel conversion
主講人: 林家裕教授 Prof. Chia-Yu Lin
現職: 國立成功大學 化學工程學系 副教授
內容摘要:
Oxygen evolution reaction (OER) is an important but easily overlooked half-reaction for the generation of solar fuels. OER provides the necessary electrons and protons for proton reduction into hydrogen and for CO2 reduction into hydrocarbons. However, OER is kinetically sluggish and the produced oxygen is of limited value. The oxidative conversions of renewable biomass and chemical waste have been proposed as the promising alternative reaction to OER. This talk will starts with our recent progress on the development of calcium iron oxide OER electrocatalysts for seawater splitting. In addition to OER electrocatalyst, the electrosynthesis and applications of nickel phosphide for photoelectrochemical plastics reforming will also be included in this talk.
時 間：民國 110 年 6月 10日 星期四
地 點： 於moodle觀看線上影片
歡迎參加!!
題 目:
Catalyst engineering towards efficient and selective solar-to-fuel conversion
主講人: 林家裕教授 Prof. Chia-Yu Lin
現職: 國立成功大學 化學工程學系 副教授
內容摘要:
Oxygen evolution reaction (OER) is an important but easily overlooked half-reaction for the generation of solar fuels. OER provides the necessary electrons and protons for proton reduction into hydrogen and for CO2 reduction into hydrocarbons. However, OER is kinetically sluggish and the produced oxygen is of limited value. The oxidative conversions of renewable biomass and chemical waste have been proposed as the promising alternative reaction to OER. This talk will starts with our recent progress on the development of calcium iron oxide OER electrocatalysts for seawater splitting. In addition to OER electrocatalyst, the electrosynthesis and applications of nickel phosphide for photoelectrochemical plastics reforming will also be included in this talk.
時 間：民國 110 年 6月 10日 星期四
地 點： 於moodle觀看線上影片
歡迎參加!!