All submissions of the EM system will be redirected to Online Manuscript Submission System. Authors are requested to submit articles directly to Online Manuscript Submission System of respective journal.

Catalytic oxidation of methane into methanol over copper exchanged ZSM-5 Zeolites


11th International Conference on Advanced materials & Processing

September 07-08, 2017 | Edinburgh, Scotland

Madina Ryssakova, F.R. Garcia Garcia and Juan Maria Gonzalez Carballo

The University of Edinburgh, UK
Sasol Technology UK Ltd, UK

Posters & Accepted Abstracts: Res. Rev. J Mat. Sci.

DOI: 10.4172/2321-6212-C1-006

Abstract

Methanol is one of the high potential products used as a key raw material to produce many other chemicals. Current industrial route for methanol production is a two-stage process including steam reforming of methane to synthesis gas and catalytic conversion of syngas to methanol. This method is considered as energy intensive and expensive. Therefore, investigation of technology for direct methane to methanol conversion (DMTM) will be an attractive alternative for conventional technology. In nature, materials such as methane monooxygenase (MMO) oxidizes methane by single step and Copper-Exchanged Zeolite Catalysts (Cu-ZSM-5) can mimic this exceptional activity of MMO. The main objective of this work was to investigate catalytic performance of Cu-ZSM-5 for DMTM under mild isothermal conditions. The methodology was to incorporate copper at framework positions of zeolite, characterize Cu- ZSM-5 and test its activity for DMTM. As Al atoms within zeolite framework are believed to play an important role in the nature of copper active sites, samples with different Si/Al ratios were employed to observe the effect of catalyst acidity on methanol production. The results on DMTM over Cu-ZSM-5 presented the formation methanol for all tested samples. Treatment of catalyst with air was found to be most favorable environment to form active copper clusters comparing with H2O and H2O/H2. and Cu-ZSM-5 with high Al content had a higher product yield. These findings confirm the activity of copper-oxo sites in ZSM-5 towards methane to methanol oxidation and role of zeolite acidity in catalyst performance.

Biography

Madina Ryssakova is a master student in Advanced Chemical Engineering program at University of Edinburgh. Her dissertation project focuses on studying catalytic activity of Cu-ZSM-5 for direct methane to methanol conversion. She worked on this project under the supervision of Dr. Francisco Garcia Garcia (University of Edinburgh) and with cooperation of Sasol Technology Ltd. as a project industrial partner.

https://pmasites.com/https://casinositeleriniz.com/https://fbhesq.com/
Spanishenglish.com spanishenglish.com helps to translate Spanish to English and English to Spanish for free.
Turkceingilizce.gen.tr kullanarak 100'den fazla dil ciftinde hemen ceviriler yapabilirsiniz.ingilizce turkce ceviri turkceingilizce.gen.tr

freetranslations.org/english-to-spanish-translation.html helps to translate English to Spanish to English for free.
ingilizceturkce.gen.tr ingilizce turkce ceviri, turkce ingilizce ceviri, ingilizce turkce cumle ceviri, ingililizceyi turkceye ceviri ve turkceyi ingilizceye ceviri gibi tum dillerde dogru ceviri hizmetleri sunuyor.
Turkceingilizce.gen.tr kullanarak 100'den fazla dil ciftinde hemen ceviriler yapabilirsiniz.ingilizce turkce ceviri turkceingilizce.gen.tr

https://babesoflondon.com/