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Regeneration of Adsorbent Carbonaceous Materials with Supercritica Water

机译:具有超克里押水的吸附剂碳质材料再生

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The aim of this work was to study a new procedure for the regeneration of activated carbon saturated with phenol. The study was accomplished in two steps: extraction of the pollutant with supercritical water at 410°C and 275 bar, and gasification of phenol with supercritical water at temperatures ranging between 600 - 650°C. It was observed that the regeneration process was very rapid and effective. The regenerated activated carbon always recovered its original adsorption capacity, even after several regeneration cycles. The gasification of phenol afforded CO{sub}2 and H{sub}2O, with a very fast first-order kinetic process. The activation energy was very low (0.192 kJ mol{sup}(-1)).
机译:这项工作的目的是研究含有苯酚饱和的活性炭再生的新程序。该研究分两步完成:在410℃和275巴的超临界水提取污染物,并在600-650℃之间的温度下与超临界水的苯酚的气化。观察到再生过程非常迅速有效。即使在多个再生循环之后,再生活性炭始终恢复其原始吸附容量。苯酚的气化提供Co {Sub} 2和H {Sub} 2o,具有非常快的一阶动力学过程。激活能量非常低(0.192 kJ mol {sup}( - 1))。

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