Abstract
The use of steel-making slag as catalysts for microwave-assisted dry reforming of CH 4 was studied. Two carbon materials (an activated carbon and a metallurgical coke), mixtures of the carbon materials and Fe-rich slag, and mixtures of the carbon materials and Ni/Al 2 O 3 were tested as catalysts. The mixtures of slag with carbons gave rise to higher and steadier conversions than those achieved over the carbon materials alone. In addition, the use of the metallurgical coke mixed with metal-rich catalysts gave rise to remarkable results. Thus, no CH 4 and CO 2 conversions were achieved when coke was used alone, whereas high conversions were obtained when it was mixed with the metal-rich catalysts. The use of steel-making slag as catalysts for microwave-assisted dry reforming of CH 4 is investigated. Two carbon materials, mixtures of the carbon materials and Fe-rich slag, and mixtures of the carbon materials and Ni/Al 2 O 3 are tested as catalysts.
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