中子活化法和原子吸收分光光度法分析纺织废料中的重金属和其他元素

Md. AzharulHaque Chowdhury, M. Hoque, S. Hossain, K. Naher, M. Islam, U. Tamim, K. Alam, R. Khan
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引用次数: 18

摘要

这项工作的重点是对纺织废料(废水和污泥)进行元素和物理化学分析,其中从格莱珉针织印染工业(GKDI)收集了两个废水样本和一个污泥样本。每个出水样品分为液体样品(L1和L2)和残留样品(R1和R2)。采用中子活化分析(NAA)方法进行元素分析。研究表明,污泥(S)中Sb的浓度为50.2 mg/L,超标。这里Co浓度超标。其中Cr和Cd值最高的是(S),超过了标准值。排放水的总碱度、硬度和游离CO2浓度对环境有害。研究表明,污泥中重金属和其他有害元素的含量较高。可采用纯碱法降低“铬”浓度。关键词:元素;格莱珉针织染色;中子;
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Analysis of Heavy Metals and Other Elements in Textile Waste Using Neutron Activation Analysis and Atomic Absorption Spectrophotometry
The work focused on the elemental and physicochemical analysis in the textile waste (Effluent and Sludge) where two effluent samples and one sludge sample were collected from Grameen Knit Dyeing Industry (GKDI). Every effluent sample is divided into liquid sample (L1 and L2) and residual sample (R1 and R2). Neutron Activation Analysis (NAA) method used for the elemental analysis. The study revealed that, in the sludge (S) the Sb concentration was found 50.2 mg/L which exceeded the standard. Here Co concentration exceeded the standard. Here the highest Cr and Cd value was found in the (S) which exceeded the standard level. The total alkalinity, hardness and free CO2 level of discharged water was harmful for the environment. From this study it is revealed that the sludge contain high content of heavy metal and other harmful elements. Soda ash method can be applied to reduce the ‘Cr’ concentration. Keywordselement, grameen knit dyeing, neutron, sludge, waste.
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