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The effect of the initial water of lignite on its liquefaction reactivity

机译:褐煤初始水对液化反应性的影响

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In this paper, the effect of different initial water content of lignite on its direct liquefaction reactivity was studied. The results show that: initial water content in lignite can be used as hydrogen supplier and promote direct liquefaction reaction inducing higher total conversion rate, higher oil yield and lower pre-asphaltene / asphaltene yield, when the water content of lignite is of 20 ∼ 30%. And the maximum of total conversion rate and oil yield is achieved 85.12% and 51.72%, respectively, when the water content of lignite is 25.33%. While the gas product yield and the pre-asphaltene /asphaltene yield is relatively lower, which is of 11.16% and 3.93%, respectively. This can be of practical significance to optimize the coal pre-treatment technology of direct liquefaction industry.
机译:本文研究了褐煤初始含水量对其直接液化反应性的影响。结果表明:褐煤中的初始水含量可用作氢气供应商,促进直接液化反应诱导较高的总转化率,更高的油产量和更低的沥青质/沥青物产量,当褐煤的水含量为20〜30时%。当褐煤水含量为25.33%时,总转化率和油产量的最大值分别达到85.12%和51.72%。虽然气体产品产量和沥青质/沥青质产率相对较低,分别为11.16%和3.93%。这可能具有实际意义,以优化直接液化行业的煤预处理技术。

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