首页> 外文OA文献 >KINETIKA ADSORPSI WARNA LIMBAH TEKSTILudDENGAN ABU SEKAM PADIudMENGGUNAKAN REAGEN TAWAS
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KINETIKA ADSORPSI WARNA LIMBAH TEKSTILudDENGAN ABU SEKAM PADIudMENGGUNAKAN REAGEN TAWAS

机译:KINETIKa aDsORpsI COLOR TEXTILE WasTE用稻壳灰使用原因REaGEN

摘要

Rice Husk Ash (ASP) contains more than 90 % silica ( SiOiJ~ Silica represent a compoundudwhich can be applied as adsorben. A12(S043 represent the compound which caused underwateruddestabilization so that can jUnction as the cause 'Of hydr-ogen bantlings. At liquid waste of textileudunderwater dissolved colour can be permeated by ASP: To make adsorptfon process take placeudquicldy, the process needs to be enhanced by reagen.udThis research aim to know the Effoctivenessof ASP incolaur permeating in textile waste.udThis matter can be shown by kinetics adsorption cif the ASP: Research method use the linearudregressinn to deJ.ermine the adsorption constilnl. Variable checked by volume reagent, weight ofudASP and squealer time used tocaicuiate the fast constant of adsorption.udResult of research indfcate that the more the weight o/ASP; the greater the constant ofudadsorption and ever greater of ever greater volume reagent of its constant of adsorption. Theudeffectivity of adsorption is shown by the highest adsorption constant that is at the most numerousudvolume of reagent ( 7,5m/) and the most numerous addition olASP (20 gr )
机译:稻壳灰(ASP)包含90%以上的二氧化硅(SiOi〜二氧化硅代表可被用作吸附剂的化合物。A12(S043代表引起水下可去磺化作用的化合物,因此可以作为水合氢的原因)在纺织品的液体废料中,ASP可以渗透水下溶解的颜色:要使吸附过程发生糊化,必须通过试剂进行增强。本研究的目的是了解ASP废料渗透到纺织品废料中的效果。 ud这可以通过ASP的动力学吸附来证明:研究方法是使用线性 udregressinn来确定吸附常数,通过体积试剂, udASP的重量和刮浆时间检查变量来确定吸附的快速常数。 ud研究结果表明,o / ASP的重量越大;吸附常数越大,其吸附常数越大,试剂量越多。最高的吸附常数表示试剂的最大吸附量(7.5 m /)和添加的olASP数量最多(20 gr)

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