Deactivation and decoking of a naphtha reforming catalyst
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Elsevier
Reference16 articles.
1. Kinetics of deactivation of bifunctional Pt/Al2O3Cl catalysts by coking
2. Deactivation of a platinum reforming catalyst in a tubular reactor
3. Catalyst Deactivation 1991;Mieville,1991
4. Catalyst Deactivation 1991;Parera,1991
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