江汉大学学报（自然科学版）
江漢大學學報（自然科學版）
강한대학학보（자연과학판）
JOURNAL OF JIANGHAN UNIVERSITY（NATURAL SCIENCES）
2014年
2期
5-11
,共7页
活性炭%含Cr(VI)废水%吸附等温线%吸附动力学
活性炭%含Cr(VI)廢水%吸附等溫線%吸附動力學
활성탄%함Cr(VI)폐수%흡부등온선%흡부동역학
activated carbon%waste water with Cr(VI)%adsorption isotherm%adsorption kinetics
采用中药材废渣基活性炭处理含Cr（VI）废水，考察了pH、离子浓度、活性炭投加量、吸附时间对其吸附性能的影响，并对其吸附过程进行初步研究。结果表明，在pH=2、离子浓度80mg/L、活性炭投加量0.1g以及吸附时间为1h下吸附性能最佳。活性炭对Cr（VI）的吸附等温线符合Freundlich模型，采用准二级动力学模型能更好的描述活性炭对Cr（VI）吸附动力学过程。
採用中藥材廢渣基活性炭處理含Cr（VI）廢水，攷察瞭pH、離子濃度、活性炭投加量、吸附時間對其吸附性能的影響，併對其吸附過程進行初步研究。結果錶明，在pH=2、離子濃度80mg/L、活性炭投加量0.1g以及吸附時間為1h下吸附性能最佳。活性炭對Cr（VI）的吸附等溫線符閤Freundlich模型，採用準二級動力學模型能更好的描述活性炭對Cr（VI）吸附動力學過程。
채용중약재폐사기활성탄처리함Cr（VI）폐수，고찰료pH、리자농도、활성탄투가량、흡부시간대기흡부성능적영향，병대기흡부과정진행초보연구。결과표명，재pH=2、리자농도80mg/L、활성탄투가량0.1g이급흡부시간위1h하흡부성능최가。활성탄대Cr（VI）적흡부등온선부합Freundlich모형，채용준이급동역학모형능경호적묘술활성탄대Cr（VI）흡부동역학과정。
Activated carbons were prepared from Chinese Herbal Medicine residual and were used for the adsorption of Cr(VI) from waste water. The influence of pH,ion concentration,additive amount of activated carbon and adsorption time on the adsorption performance were investigated. Fur-thermore,the adsorption mechanism was preliminarily studied. The results were listed as followed:the activated carbon had a good effect on treatment of waste water of Cr(VI)that the adsorption con-ditions are pH=2,ion concentration for 80mg/L,the additive amount of activated carbon for 0.1 g and adsorption time for 1 h. The adsorption isotherm of activated carbon adsorption on Cr(VI)con-formed with the Freundlich model,the quasi second order model can better describe the adsorption kinetics of the activated carbon adsorbing Cr(VI).
