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Synthesis Co-B/Al-MCM-41 with the change of Al/Si ratios for ethylene hydropolymerization
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In the research, catalyst activity of Al-MCM-41 with different ratios of Al/Si are compared by observing catalyst samples that successfully synthesized. The ratio 30 of Al/Si was selected for impregnation process with Co to obtain the formation of 5.0% Co/Al-MCM-41, 7.5% Co/Al-MCM-41, 10% Co/Al-MCM-41, 15% Co/Al-MCM-41 and15% Co/Al-MCM-41. Through experiments, 10% Co/Al-MCM-41 sample was advisable to added with B. for evaluation of metal dispersion on carrier surface. Liquid fuel products were obtained by using . 10% Co-0.6% B/Al-MCM-41 catalyst. Hydropolymerization of ethylene under low temperature (190°C) and normal pressure (1atm) was clearly accelerated by 10% Co-0.6% B/Al-MCM-41. This would be a positive sign for fuel industry to convert ethylene, CO and H2 into valuable products.
Vietnam Association of Catalysis and Adsorption
Title: Synthesis Co-B/Al-MCM-41 with the change of Al/Si ratios for ethylene hydropolymerization
Description:
In the research, catalyst activity of Al-MCM-41 with different ratios of Al/Si are compared by observing catalyst samples that successfully synthesized.
The ratio 30 of Al/Si was selected for impregnation process with Co to obtain the formation of 5.
0% Co/Al-MCM-41, 7.
5% Co/Al-MCM-41, 10% Co/Al-MCM-41, 15% Co/Al-MCM-41 and15% Co/Al-MCM-41.
Through experiments, 10% Co/Al-MCM-41 sample was advisable to added with B.
for evaluation of metal dispersion on carrier surface.
Liquid fuel products were obtained by using .
10% Co-0.
6% B/Al-MCM-41 catalyst.
Hydropolymerization of ethylene under low temperature (190°C) and normal pressure (1atm) was clearly accelerated by 10% Co-0.
6% B/Al-MCM-41.
This would be a positive sign for fuel industry to convert ethylene, CO and H2 into valuable products.
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