15 research outputs found

    Addition of heavy n-paraffins as a way improving the effectiveness of depressor additives

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    The choice of feedstock for the biodiesel production with optimal physicochemical and low-temperature properties

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    The transesterification reaction of sunflower, mustard and linseed oil with ethyl alcohol was studied using potassium hydroxide as a catalyst. The physicochemical properties and low-temperature characteristics of the feedstock and obtained products were studied. The most preferred feedstock for the biodiesel fuel production had been determined

    Mathematical modeling of the stable gas condensate processing on a zeolite catalyst

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    Investigation the effect of heteroatomic compounds in diesel fuel on the effectiveness of depressors

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    Analysis of the depressor additive effect on the pour point of motor oils

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    Evaluation of the possibility to obtain arctic diesel by adding a depressant additive and modifying the composition of the fuel

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    Correction of gasoline blending recipes with the use of computer modelling system

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    The process of gasoline blending is a difficult multistage industrial technology. In this paper gasoline blending recipes for one of the largest refineries in Russian Federation were corrected by using of developed computer modelling system "Compounding". As the result of correction, production volume of high-octane and high-quality gasoline was increased on 47 wt. %

    The choice of feedstock for the biodiesel production with optimal physicochemical and low-temperature properties

    Get PDF
    The transesterification reaction of sunflower, mustard and linseed oil with ethyl alcohol was studied using potassium hydroxide as a catalyst. The physicochemical properties and low-temperature characteristics of the feedstock and obtained products were studied. The most preferred feedstock for the biodiesel fuel production had been determined
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