The kinetic study of the vapor‐phase oxidation of toluene over a Pt- Re@HZSM-5/HMS catalyst
Publish place: 7th National Congress in Chemistry and Chemical Engineering with emphasis on Iranian indigenous technologies
Publish Year: 1399
Type: Conference paper
Language: English
View: 301
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Document National Code:
CBGCONF07_099
Index date: 12 December 2020
The kinetic study of the vapor‐phase oxidation of toluene over a Pt- Re@HZSM-5/HMS catalyst abstract
Platinum-Rhenium supported HZSM-5/HMS with zeolite weight percent 30% was used as a catalyst for oxidationof toluene at various temperatures (200-350 C). Kinetics of toluene oxidation was studied as a function of temperatureand reactant flow rate (1.5–3.0 mL/h for toluene and 60-240 mL/min for oxygen). These experiments were modeled usingpower law and Mars van Krevelen models. The Mars van Krevelen mechanism obtains better accordance with theexperimental data.
The kinetic study of the vapor‐phase oxidation of toluene over a Pt- Re@HZSM-5/HMS catalyst Keywords:
The kinetic study of the vapor‐phase oxidation of toluene over a Pt- Re@HZSM-5/HMS catalyst authors
Nastaran Parsafard
Kosar University of Bojnord, Department of Applied Chemistry, North Khorasan, Iran