Influence of Temperature and Pressure on Carbon Black Size Distribution during Allothermal Cracking of Methane

Abstract

Allothermal cracking of methane is a suitable and eco-friendly way to simultaneously produce hydrogen and carbon black. The economic viability of the process relies on the ability to produce carbon black having well-defined characteristics, particularly concerning the particle size. A model for the study of the carbon particle size distribution during… (More)

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@inproceedings{Gautier2015InfluenceOT, title={Influence of Temperature and Pressure on Carbon Black Size Distribution during Allothermal Cracking of Methane}, author={Maxime Gautier and Vandad J. Rohani and Laurent Fulcheri and Juan Pablo Trelles}, year={2015} }