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首页> 外文期刊>Adsorption Science & Technology >Controlled Gasification of Carbonaceous Materials in a Water Vapour Atmosphere. Part II. Effect of Ca~Ⅱ and Fe~Ⅲ Ions on the Gasification Kinetics
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Controlled Gasification of Carbonaceous Materials in a Water Vapour Atmosphere. Part II. Effect of Ca~Ⅱ and Fe~Ⅲ Ions on the Gasification Kinetics

机译:水蒸气大气中含碳物质的受控气化。第二部分Ca〜Ⅱ和Fe〜Ⅲ离子对气化动力学的影响

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The catalytic activities of calcium(II) and iron(III) ions were studied in the controlled gasification of carbonaceous materials by means of water vapour. The Ca" ions were introduced into the carbonaceous materials by ionic exchange as well as by the classical impregnation method. Irrespective of the method of introduction, calcium ions are an effective catalyst for the process, decreasing the activation energy from 185 kJ/mol to 169-164 kJ/mol. Iron(IlI) ions are not an effective catalyst for gasification by means of water vapour. During the course of this reaction at high water vapour pressure, the Fem ions change into a non-active form of the stable oxide and do not take part in the process.
机译:研究了水蒸气对含碳物质的气化过程中钙离子和铁离子的催化活性。通过离子交换和经典的浸渍方法将Ca“离子引入碳质材料。无论采用哪种引入方法,钙离子都是该工艺的有效催化剂,其活化能从185 kJ / mol降至169 -164 kJ / mol。铁(IlI)离子不是通过水蒸气气化的有效催化剂,在高水蒸气压的反应过程中,Fem离子变为稳定氧化物的非活性形式并且不参与该过程。

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