Research of active clay in monochromatic light conditions on soybean oil decoloration characteristic
Dianyu Yu
Abstract
Dianyu Yu
Abstract
Taking the condition of adding 0.5% activated clay,with the decolorization rate as index,the effect of combing VIS-450 light with activated clay on decoloring the soybean oil was studied. The single factor test and response surface method was used to optimal the conditions of decolorization. The optimal conditions were as follows:current intensity of 21.3A,temperature of 78.8℃,time of 18.7min,stirring speed of 80r/min. The rate of decolorization rate was 97. 8% under the optimal conditions. In addition,the oil color was stable after decolorization,and could be place a long time,difficult to return to the color.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
Taking the condition of adding 0.5% activated clay,with the decolorization rate as index,the effect of combing VIS-450 light with activated clay on decoloring the soybean oil was studied. The single factor test and response surface method was used to optimal the conditions of decolorization. The optimal conditions were as follows:current intensity of 21.3A,temperature of 78.8℃,time of 18.7min,stirring speed of 80r/min. The rate of decolorization rate was 97. 8% under the optimal conditions. In addition,the oil color was stable after decolorization,and could be place a long time,difficult to return to the color.
Key concepts: Combing, Monochromatic color, Chemistry, Soybean oil, Response surface methodology, Light intensity, Pulp and paper industry, Chemical engineering