Adsorption characteristics of trace levels of bromate in drinking water by modified bamboo-based activated carbons
This study was undertaken to investigate the adsorption kinetics and isotherms of bromate
(BrO3−) on bamboo charcoals that are activated with nitrogen and water vapor. Bamboo-
based activated carbon (AC) was dipped in acid and oxidized in a mixture of potassium
permanganate and sulfuric acid. Oxidation treatment considerably improved the
physicochemical properties of AC, including purity, pore structure and surface nature,
significantly enhancing BrO3− adsorption capacity. AC with many oxygenated groups and a …
(BrO3−) on bamboo charcoals that are activated with nitrogen and water vapor. Bamboo-
based activated carbon (AC) was dipped in acid and oxidized in a mixture of potassium
permanganate and sulfuric acid. Oxidation treatment considerably improved the
physicochemical properties of AC, including purity, pore structure and surface nature,
significantly enhancing BrO3− adsorption capacity. AC with many oxygenated groups and a …
Adsorption characteristics of trace levels of bromate in drinking water by modified bamboo-based activated carbons.
CHW Chen HoWen, CYH Chuang YenHsun… - 2017 - cabidigitallibrary.org
This study was undertaken to investigate the adsorption kinetics and isotherms of bromate
(BrO3-) on bamboo charcoals that are activated with nitrogen and water vapor. Bamboo-
based activated carbon (AC) was dipped in acid and oxidized in a mixture of potassium
permanganate and sulfuric acid. Oxidation treatment considerably improved the
physicochemical properties of AC, including purity, pore structure and surface nature,
significantly enhancing BrO3-adsorption capacity. AC with many oxygenated groups and a …
(BrO3-) on bamboo charcoals that are activated with nitrogen and water vapor. Bamboo-
based activated carbon (AC) was dipped in acid and oxidized in a mixture of potassium
permanganate and sulfuric acid. Oxidation treatment considerably improved the
physicochemical properties of AC, including purity, pore structure and surface nature,
significantly enhancing BrO3-adsorption capacity. AC with many oxygenated groups and a …
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