改性生物石蜡在柴油中的应用

T. Kasza, C. Tóth, J. Hancsók
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引用次数: 2

摘要

含有生物石蜡的混合物由不同的天然甘油三酯(传统和改良的植物油、用过的食用油和脂肪等)制成,十六烷值高(95-105单位),但凝固点高(在+15至+32℃之间)。这种性能可以通过催化加氢异构化来改善。Pt/SAPO-11催化剂(T = 280-380℃;P = 20-80 bar;LHSV = 0.25-4.0 h-1;视接触时间:1/3 ~ 4.0 h (LHSV = 3.0 h-1;H2/进料= 400 Nm3/m3)的CFPP值为+5℃;-20℃和-32℃。与此同时,异构物的十六烷值相对于原料降低(分别为87、70和65单位)。这些生物油适用于优质柴油的生物组分或十六烷值的提高。它们还可以降低低品位组分的密度,为炼油厂提供一些经济节约和灵活性。
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Application of Improved Bio-Paraffins in Diesel Fuels
Bio-paraffin containing mixtures produced from different natural triglycerides (conventional and improved vegetable oils, used cooking oils and fats, etc.) have high cetane number (95-105 units), but their freezing points are high (between +15 and +32°C). This property can be improved by catalytic hydroisomerization. Products obtained over 0.5% Pt/SAPO-11 catalysts (T = 280–380°C; P = 20–80 bar; LHSV = 0.25–4.0 h-1; apparent contact time: between 1/3 and 4.0 h (at LHSV = 3.0 h-1; H2/feedstock = 400 Nm3/m3) had CFPP values of +5°C; -20°C and -32°C. At the same time, there was decreased cetane number of the isomerates (87, 70 and 65 unit, respectively) relative to the feedstock. These biogasoils are suitable for bio-components of premium quality diesel fuel or for the improvement of cetane number. They can also reduce the density of low grade components providing some economic savings and some flexibility to refineries.
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