decolorize

Camellia Oleifera Polysaccharide was treated with activated carbons to decolorize .

采用活性炭对油茶饼粕多糖进行了脱色处理。

The result shows : PVAF has superior ability to decolorize Acid Orange ⅱ and can be regenerated easily .

结果表明：PVAF对酸性染料脱色能力强，再生简便。

Finally , the immobilized enzyme was used to decolorize dyes .

颜色文化&蓝色（英文）最后利用固定化酶对染料进行了降解脱色。

The Research on Efficiency of Macroporous Resin Decolorize Pullulan Fermentation Broth

大孔树脂对茁霉多糖发酵液色素吸附性能的研究

The composite powders is used to decolorize dilute solution of scarlet dye stuff and characterized by XRD and TEM .

用制备的复合粉体对大红染料的稀释溶液进行脱色检验其光催化性能。并用XRD、TEM对粉体进行表征。

In the third part of experiment , the active carbon and aluminium sulphate , as well as microbes are used to decolorize the molasses wastewater .

实验第三部分，采用活性炭和硫酸铝进行废水脱色的对比实验。

In this paper , the predispersed solvent extraction ( PDSE ) technique was applied to decolorize WPA .

提出用预分散溶剂萃取技术（PDSE）对湿法磷酸进行脱色净化。

A dye decolorizing fungus strain WZ 2 was isolated from sludge and it was very effective to decolorize different dyes .

从废水池污泥中分离到一株染料脱色曲霉WZ2，它对不同染料均有较好的脱色效果。

Manganese ore ( PGM ) and powder active carbon ( PAC ) are used in static experiment to decolorize dyestuffs Rhodamine B and methyl orange wastewater .

利用除铁用锰矿砂（PGM）为处理剂进行罗丹明B与甲基橙模拟废水的静态脱色试验，并与粉末活性炭（PAC）进行对比。

This selects the aloe gelatin powder , After extraction separation , again further uses the for medicinal purposes activated charcoal to decolorize obtains the aloe oil .

本品选用芦荟凝胶粉，经萃取分离后，再进一步用药用活性炭脱色则得到芦荟油。

By using the agar gel electrophoresis technique , it is found that the strain has a plasmid and fails to decolorize Reactive Red X-3B after removing its plasmids .

结果还表明，该菌株质粒在琼脂糖凝胶电泳图谱上仅有一条质粒带。

The immobilized fungus could decolorize Reactive Brilliant Blue KN-R more effectively than mycelial pellet , and its decolorization rate to actual dye wastewater was over 80 % .

固定化菌体对活性艳蓝KNR的脱色效果优于菌丝球，且它对实际染料废水的脱色率均达80%以上；

It was observed that algae can decolorize most azo-dyes to some extent , and the decolorization is dependent on several factors such as the structure of dye and species of algae .

实验结果表明，藻对多种偶氮染料具有一定的降解作用，其降解程度与染料的结构和藻的种类等因素有关。

The best laboratory process conditions for the refining are explored as followed : in the first time neutralization the alkali lye concentration is 2.0 % , decolorize active soil-white consumption is 2.0 % ;

得出实验室最佳工艺条件：第一次碱中和碱液浓度2.0%，第一次脱色白土用量为2.0%；

A dye-decolorizing fungus strain X5 ( Penicillium sp. ) was isolated through gradient plate from effluent sludge and it was very effective to decolorize Anthraquinone Dye KN-R.

采用梯度平板筛选法，从染布厂废水池污泥中分离到一株对蒽醌染料KN-R有较强脱色能力的青霉菌X5（penicilliumsP.）

The characterizations of the activated carbon prepared from the residues were investigated by the SEM , XRD and N_2 adsorption . The adsorption experiments show that it can better decolorize diosgenin wastewater and remove COD than commercial activated carbon .

借助SEM，XRD和N2吸附实验等手段，对其结构与性能进行了表征，并运用于黄姜皂素废水的吸附实验，发现其脱色性能及去除有机物效果优于商业活性炭。

Different kinds of activated carbon are used in experiments to decolorize dyestuffs waster-water , such as methyl orange and others . The results show that the activated carbon fiber ′ s adsorption ability is best dealed with forced disperse dyes .

通过采用不同原料活性炭为吸附剂，对甲基橙等4种染料进行了脱色实验，发现强制分散下活性炭纤维结构具有更好的选择吸附脱色能力；

Manganese oxides extracted from spent dry battery ( PDM ) was used to decolorize Methyl Orange and Rhodamine B simulated wastewater . The decolorization ability of PDM was compared with the ability of powdered activated carbon ( PAC ) .

以废干电池中提取的锰氧化物（PDM）为处理剂，进行罗丹明B与甲基橙模拟印染废水的脱色研究，并与粉末活性炭进行比较。

The experimental results indicated the white rot fungus could not only effectively decolorize the dyestuff wastewater , but also biodegraded the mixed dyestuff effluent . The white rot fungus was capable of effectively removing the COD and BOD_5 of the wastewater .

试验结果表明，白腐真菌不但对活性艳红X3B染料有较好的脱色作用，而且对难处理的成分复杂的实际染料废水也有较好的降解作用，能有效去除印染废水的COD和BOD5。

This article focuses on the research of how to decolorize the recycled acetanilide from the scrap material by using the surfactant AS and how to measure the influence of the decolorization effect caused by the method of adding , concentration , and temperature of the surfactant AS .

利用表面活性剂AS对废料中回收退热冰的脱色研究，测定表面活性剂AS的加入方式、浓度、温度对产品脱色的影响。

Abrasive resistance > 95 % . It exhibits a high percentage of microporosity and mesoporosity ( Rn < 2.6 nm ), amounting to 86.3 % , which can be applied to decolorize and refine liquid , and recover gasoline vapor .

其孔分布以中微孔为主（Rn<2.6nm），达到了86.3%。适合于液体脱色精制和汽油蒸气的回收之用。