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首页> 外文期刊>Nature reviews Cancer >Efficient Spent Sulfidic Caustic (SSC) Wastewater Treatment Using Nano TiO2-Bottom Ash (NTB) Composite
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Efficient Spent Sulfidic Caustic (SSC) Wastewater Treatment Using Nano TiO2-Bottom Ash (NTB) Composite

机译:高效的废硫酸苛性碱(SSC)使用纳米TiO2-底灰(NTB)复合材料处理

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Novel composites with nano-sized TiO2 synthesized on the surface of bottom ash (NTB) were prepared for treatment of spent sulfidic caustic (SSC) wastewater. The efficiency of SSC wastewater treatment was compared and evaluated by using NTBs made with organic binder and inorganic binder, respectively. The treatment efficiency of NTB composite made with organic binder was higher than that of NTB composite made with inorganic binder. Although NBT composite made with inorganic binder had many pores on the surface, the white cement used as binder was excessively applied to the surface, and amount of coated nano-sized TiO2 was decreased. The photocatalytic activity of nano-sized TiO2 is more effective for SSC wastewater treatment than surface adsorption ability of surface pores.
机译:制备具有在底灰(NTB)表面上合成的纳米大小TiO2的新型复合材料,用于处理废硫酸苛性碱(SSC)废水。 比较SSC废水处理的效率,分别使用用有机粘合剂和无机粘合剂制成的NTB来评价。 用有机粘合剂制备的NTB复合物的处理效率高于无机粘合剂制备的NTB复合物的处理效率。 尽管用无机粘合剂制备的NBT复合材料在表面上具有许多孔,但是用作粘合剂的白色水泥过量施加到表面上,并且涂覆的纳米尺寸TiO 2的量减少。 纳米型TiO2的光催化活性对于SSC废水处理比表面吸附能力更有效。

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