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首页> 外文期刊>Journal of Applied Polymer Science >Coliquefaction Studies of Waste Polymers and Lignite Influenced by Acidic and Oil-Soluble Catalysts
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Coliquefaction Studies of Waste Polymers and Lignite Influenced by Acidic and Oil-Soluble Catalysts

机译：酸性和油溶性催化剂对废聚合物和褐煤的配伍作用研究

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摘要

A detailed study of postconsumer polymer coliquefaction with lignite influenced by two acidic and two oil-soluble catalyst precursors is presented in this article.The conversion of reacting solids into gaseous and liquid products was detemined in four initial series of coprocessing experiments performed with and without catalysts on a suite of four heavy organic solvents. Based on the results obtained,two newer series of experiments were also designed and carried out, aimed at the optimization of this complex tranformation using this time lignite oxidatively pretreated.It was found that the mentioned hydroconversion is a promising way of hydrocarbon synthesis and that oxidatively pretreated lignite proved superior to the raw material. It was also found that the oil-soluble catalysts employed indicated a particularly noticeable activity increase, influencing, thus,the efficacy of the conversions achieved.
机译：本文介绍了两种酸性和两种油溶性催化剂前体对褐煤在消费后聚合物中的液化作用的详细研究。在有催化剂和无催化剂的情况下，进行了四个初始的共处理实验，确定了反应性固体转化为气态和液态产物的过程。在一套四重有机溶剂上。基于获得的结果，还设计并进行了两个新的系列实验，目的是利用这次褐煤的氧化预处理来优化这种复杂的转化。发现上述加氢转化是一种有前途的烃合成方法，并且具有氧化性预处理的褐煤被证明优于原材料。还发现所用的油溶性催化剂显示出特别显着的活性增加，从而影响了所获得的转化效率。

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