Bamboo Leaf Ash As A Green And Sustainable Source Of Amorphous Silica For The Synthesis Of Zeolite Catalyst Materials For Cyanoethylation Of Alcohols

The aim of this project was to study the potential use of bamboo leaf ash (BLA) for the synthesis of LTA- and X-type zeolites which were the catalysts for the cyanoethylation of alcohols reaction. The amorphous BLA with high silica content (99.37% SiO2) was first prepared via acid treatment prior to...

पूर्ण विवरण

ग्रंथसूची विवरण
मुख्य लेखक: Chow, Jack Hao
स्वरूप: थीसिस
भाषा:अंग्रेज़ी
प्रकाशित: 2017
विषय:
ऑनलाइन पहुंच:http://eprints.usm.my/45367/
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author Chow, Jack Hao
author_facet Chow, Jack Hao
author_sort Chow, Jack Hao
description The aim of this project was to study the potential use of bamboo leaf ash (BLA) for the synthesis of LTA- and X-type zeolites which were the catalysts for the cyanoethylation of alcohols reaction. The amorphous BLA with high silica content (99.37% SiO2) was first prepared via acid treatment prior to combustion at 600 °C. LTA-type zeolite (NaA) was synthesized from BLA under hydrothermal condition. The effect of synthesis (heating temperature, time and chemical composition) were studied as they had significant effects on the average size, size distribution, morphology and purity of the solid products. In addition, the catalyst reusability of zeolite NaA was also tested.
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institution Universiti Sains Malaysia
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spelling usm-453672019-09-10T07:23:17Z http://eprints.usm.my/45367/ Bamboo Leaf Ash As A Green And Sustainable Source Of Amorphous Silica For The Synthesis Of Zeolite Catalyst Materials For Cyanoethylation Of Alcohols Chow, Jack Hao QD1-999 Chemistry The aim of this project was to study the potential use of bamboo leaf ash (BLA) for the synthesis of LTA- and X-type zeolites which were the catalysts for the cyanoethylation of alcohols reaction. The amorphous BLA with high silica content (99.37% SiO2) was first prepared via acid treatment prior to combustion at 600 °C. LTA-type zeolite (NaA) was synthesized from BLA under hydrothermal condition. The effect of synthesis (heating temperature, time and chemical composition) were studied as they had significant effects on the average size, size distribution, morphology and purity of the solid products. In addition, the catalyst reusability of zeolite NaA was also tested. 2017-07 Thesis NonPeerReviewed application/pdf en http://eprints.usm.my/45367/1/CHOW%20JACK%20HAO.pdf Chow, Jack Hao (2017) Bamboo Leaf Ash As A Green And Sustainable Source Of Amorphous Silica For The Synthesis Of Zeolite Catalyst Materials For Cyanoethylation Of Alcohols. Masters thesis, Universiti Sains Malaysia.
spellingShingle QD1-999 Chemistry
Chow, Jack Hao
Bamboo Leaf Ash As A Green And Sustainable Source Of Amorphous Silica For The Synthesis Of Zeolite Catalyst Materials For Cyanoethylation Of Alcohols
title Bamboo Leaf Ash As A Green And Sustainable Source Of Amorphous Silica For The Synthesis Of Zeolite Catalyst Materials For Cyanoethylation Of Alcohols
title_full Bamboo Leaf Ash As A Green And Sustainable Source Of Amorphous Silica For The Synthesis Of Zeolite Catalyst Materials For Cyanoethylation Of Alcohols
title_fullStr Bamboo Leaf Ash As A Green And Sustainable Source Of Amorphous Silica For The Synthesis Of Zeolite Catalyst Materials For Cyanoethylation Of Alcohols
title_full_unstemmed Bamboo Leaf Ash As A Green And Sustainable Source Of Amorphous Silica For The Synthesis Of Zeolite Catalyst Materials For Cyanoethylation Of Alcohols
title_short Bamboo Leaf Ash As A Green And Sustainable Source Of Amorphous Silica For The Synthesis Of Zeolite Catalyst Materials For Cyanoethylation Of Alcohols
title_sort bamboo leaf ash as a green and sustainable source of amorphous silica for the synthesis of zeolite catalyst materials for cyanoethylation of alcohols
topic QD1-999 Chemistry
url http://eprints.usm.my/45367/
work_keys_str_mv AT chowjackhao bambooleafashasagreenandsustainablesourceofamorphoussilicaforthesynthesisofzeolitecatalystmaterialsforcyanoethylationofalcohols