Title:
The air we breathe. The water we drink.
The air we breathe. The water we drink.
Speaker:
余哲瑨 (Che-Chin "Joseph" Yu)
余哲瑨 (Che-Chin "Joseph" Yu)
Time:
06/23 (Sat.) 6 pm PDT, 7 pm MDT, 8 pm CDT, 9 pm EDT
06/24 (Sun.) 9 am Taiwan
06/23 (Sat.) 6 pm PDT, 7 pm MDT, 8 pm CDT, 9 pm EDT
06/24 (Sun.) 9 am Taiwan
Keywords:
Chemical engineering, Catalysis photocatalysis, Electrochemistry, Environmental remediation, Air, Water
Chemical engineering, Catalysis photocatalysis, Electrochemistry, Environmental remediation, Air, Water
Abstract:
Recently, serious air pollution, such as PM2.5 and smog, has raised public awareness of air quality. NOx (NO+NO2) is one of the most detrimental pollutants, both to the environment and human beings, because it not only possesses toxicity but also contributes to the aforementioned problems. This talk begins with a introduction of the NOx (pollutant) abatement technique to coal-burning flue gas in our state-of-art pilot-scale photoreactor, followed by the modification of photocatalysts, with the intention of improving photocatalytic efficiency using titania nanosheet (TiO2 nanosheet) photocatalysts. Finally, this talk will end up in a additional study of electrochemical wastewater treatment using carbon-based electrodes with Fenton and ozonation reaction. Ultimately, these findings promise to provide better air and water quality and even greater quality of life for future generation.
Recently, serious air pollution, such as PM2.5 and smog, has raised public awareness of air quality. NOx (NO+NO2) is one of the most detrimental pollutants, both to the environment and human beings, because it not only possesses toxicity but also contributes to the aforementioned problems. This talk begins with a introduction of the NOx (pollutant) abatement technique to coal-burning flue gas in our state-of-art pilot-scale photoreactor, followed by the modification of photocatalysts, with the intention of improving photocatalytic efficiency using titania nanosheet (TiO2 nanosheet) photocatalysts. Finally, this talk will end up in a additional study of electrochemical wastewater treatment using carbon-based electrodes with Fenton and ozonation reaction. Ultimately, these findings promise to provide better air and water quality and even greater quality of life for future generation.
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