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首页> 外文期刊>Polimery >Chemical adsorption of liquid organochlorine compounds as a method of purification of pyrolytic oil RAPID COMMUNICATION
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Chemical adsorption of liquid organochlorine compounds as a method of purification of pyrolytic oil RAPID COMMUNICATION

机译：化学吸附液态有机氯化合物作为热解油的纯化方法快速通信

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摘要

In this work, a new method of purification of pyrolytic oil from organochlorine compounds with silver or platinum adsorbents was proposed and tested. The experiments carried out at temperatures from 20 up to 200 °C have shown that chosen for studies organochlorine compounds were well adsorbed from the prepared solutions. Eminently respectable results were found for silver adsorbent. A high initial cost of such adsorbents mandates their regeneration. It has been shown that it is possible to clear the adsorbent surface with hydrogen at the temperature 300—350 °C. A residue on the surface (after several cycles of adsorption/regeneration) can be burned with air.
机译：在这项工作中，提出并测试了一种使用银或铂吸附剂从有机氯化合物中纯化热解油的新方法。在20至200°C的温度下进行的实验表明，所选择的用于研究的有机氯化合物可从制备的溶液中很好地吸附。银吸附剂的结果令人瞩目。这种吸附剂的高初始成本要求其再生。结果表明，可以在300-350°C的温度下用氢气清洁吸附剂表面。表面上的残留物（经过几次吸附/再生循环后）可以用空气燃烧。

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