Abstract

The porous carbon based solid acid has been synthesized by the carbonization and sulfonation of the NaHCO₃ doped glucose. Here NaHCO₃ was used as the porogen, which formed the porous honeycomb structure of solid acid. The novel solid acid had the high BET surface area of 98.0 m²/g, which provided the easily accessible active sites for reactants. The novel porous carbon based solid acid had high activity for the biodiesel synthesis from waste fried cooking oils under mild condition. The high activity, high stability and high reusability made the novel solid acid one of the best choice for the reactions.

中文翻译：

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新型多孔碳基固体酸的合成及其对废油合成生物柴油的催化活性

摘要

多孔碳基固体酸已经通过NaHCO ₃掺杂的葡萄糖的碳化和磺化而合成。在这里，NaHCO ₃被用作致孔剂，形成了固体酸的多孔蜂窝结构。该新型固体酸具有98.0m ² / g的高BET表面积，这为反应物提供了容易获得的活性位点。新型的多孔碳基固体酸在温和条件下对废烹饪油中的生物柴油合成具有很高的活性。的高活性，高稳定性和高的可重用性作出的最佳选择用于反应的新的固体酸一个小号。