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A comparison of Al-Fe pillared Iraqi clays for Catalytic wet air oxidation

机译:Al-Fe柱氨杆菌粘土的比较催化湿空气氧化

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Five types of Al-Fe pillared Iraqi clays have been selected depending on a natural clays regions(Anbar- Mosul- Basra- Baghdad- and Erbil)have been used in preparation it,and tested for catalytic wet air oxidation(CWAO)using phenol as target compound at different parameters(temperature,pressure,phenol loading,catalyst loading).The Al-Fe pillared of Anbar- Mosul -and Erbil clay showed a higher activity than Baghdad and Basra for phenol oxidation in Batch reactor.After 8 days continues test for activating AL-Fe PC in PBR,Deactivation appears on catalyst of Anbar in different temperature,but in Erbil with increase temperature,Mosul catalyst has higher activity than other catalyst.Mosul catalyst has higher stability than Erbil and Anbar in blocking of surface area,Leaching Fe was negligible,Fairly different values of apparent activation energy were obtained for this reaction with these five types of catalysts,suggesting that the prevailing pathway in air decomposition is different.From all above discussion,Mosul catalyst in considered the best catalyst.
机译:已经选择了五种类型的Al-Fe柱伊拉克粘土,取决于天然粘土区(Anbar-Mosul- Babhdad-和Erbil)已经用于制备它,并使用苯酚测试催化湿空气氧化(Cwao)不同参数的目标化合物(温度,压力,苯酚加载,催化剂负载)。Anbar-Mosul-eRbil粘土的Al-Fe柱状表现出比Baghdad和Basra在批量反应器中酚氧化的较高活动。8天继续测试用于在PBR中激活Al-Fe PC,在不同温度的Anbar催化剂上出现去激活,但在Erbil随着温度的增加,Mosul催化剂具有比其他催化剂的催化剂更高的活性,而不是欧洲核苷酸的稳定性较高,浸出Fe可以忽略不计,获得了与这五种催化剂的这种反应获得了明显激活能量的相当不同的值,这表明空气分解中的普遍途径不同。通过所有以上讨论,Mosul催化剂认为是最佳催化剂。

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