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2010•Journal of Functional BiomaterialsOpen access

Study on the bamboo charcoal supported TiO_2 composite(I)-preparation and characterization

Dejing Liu

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Abstract

TiO2/bamboo charcoal composites were prepared by sol-gel tachnique with tetrabuty tinanate as the titanium source,and 60 mesh bamboo charcoal as the support. The TiO2/bamboo catalysts were characterized by XRD,SEM,EDX. The photocatalytic degradation processes of Rhodamine B were studied. The results indicate that the composites sintered without oxgen at 500℃ charactered have the anatase titanium dioxide of TiO2 and better photocatalytic ability in the UV light.

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TiO2/bamboo charcoal composites were prepared by sol-gel tachnique with tetrabuty tinanate as the titanium source,and 60 mesh bamboo charcoal as the support. The TiO2/bamboo catalysts were characterized by XRD,SEM,EDX. The photocatalytic degradation processes of Rhodamine B were studied. The results indicate that the composites sintered without oxgen at 500℃ charactered have the anatase titanium dioxide of TiO2 and better photocatalytic ability in the UV light.

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Available abstract

TiO2/bamboo charcoal composites were prepared by sol-gel tachnique with tetrabuty tinanate as the titanium source,and 60 mesh bamboo charcoal as the support. The TiO2/bamboo catalysts were characterized by XRD,SEM,EDX. The photocatalytic degradation processes of Rhodamine B were studied. The results indicate that the composites sintered without oxgen at 500℃ charactered have the anatase titanium dioxide of TiO2 and better photocatalytic ability in the UV light.

Key concepts: Bamboo charcoal, Materials science, Photocatalysis, Rhodamine B, Anatase, Bamboo, Titanium dioxide, Titanium

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