Citation
Nurul ‘Ain Hanzah, . and Hoong Seng Soi, . and Yeong Shoot Kian, . and Norhayati Mohd Noor, . and Tuan Noor Maznee Tuan Ismail, . and Zainab Idris, . Performance of recycled K10 montmorillonite catalyst in the alcoholysis of epoxidised palm olein. pp. 326-337. ISSN -
Abstract
The syntheses of palm-based polyols by the alcoholysis of epoxidised palm olein with isobutanol were carried out at 60C. The isobutanol to epoxidised palm olein molar ratio was fixed at 2.1:0.2. These reactions were catalysed by recycled K10 montmorillonite catalysts which had undergone heat treatment at different temperatures i.e. 50C 100C 150C and 200C. The performance of the recycled K10 montmorillonite catalyst (untreated or treated) in the alcoholysis reaction and the role of acid sites content in the catalysts towards the alcoholysis reaction were investigated. Results had shown that all recycled and treated K10 montmorillonite had good catalytic effect on the alcoholysis reaction which produced palm-based polyols with similar properties when compared to fresh K10 montmorillonite catalyst. The highest acid sites content in the recycled K10 montmorillonite catalyst was obtained at 100C heat treatment temperature. The high acid sites content in the catalyst had accelerated the alcoholysis reaction faster than the other recycled K10montmorillonite catalysts. It can be concluded that K10 montmorillonite catalyst can be fully recycled in the alcoholysis of epoxidised palm olein with isobutanol which may offer the potential to reduce the cost of polyol production.
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Abstract
The syntheses of palm-based polyols by the alcoholysis of epoxidised palm olein with isobutanol were carried out at 60C. The isobutanol to epoxidised palm olein molar ratio was fixed at 2.1:0.2. These reactions were catalysed by recycled K10 montmorillonite catalysts which had undergone heat treatment at different temperatures i.e. 50C 100C 150C and 200C. The performance of the recycled K10 montmorillonite catalyst (untreated or treated) in the alcoholysis reaction and the role of acid sites content in the catalysts towards the alcoholysis reaction were investigated. Results had shown that all recycled and treated K10 montmorillonite had good catalytic effect on the alcoholysis reaction which produced palm-based polyols with similar properties when compared to fresh K10 montmorillonite catalyst. The highest acid sites content in the recycled K10 montmorillonite catalyst was obtained at 100C heat treatment temperature. The high acid sites content in the catalyst had accelerated the alcoholysis reaction faster than the other recycled K10montmorillonite catalysts. It can be concluded that K10 montmorillonite catalyst can be fully recycled in the alcoholysis of epoxidised palm olein with isobutanol which may offer the potential to reduce the cost of polyol production.
Additional Metadata
Item Type: | Article |
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AGROVOC Term: | Palm oils |
AGROVOC Term: | Olein |
AGROVOC Term: | Montmorillonites |
AGROVOC Term: | Catalysts |
AGROVOC Term: | Epoxides |
AGROVOC Term: | Catalytic activity |
AGROVOC Term: | Chemicophysical properties |
AGROVOC Term: | Chemical structure |
AGROVOC Term: | Chemical reactions |
AGROVOC Term: | Purification |
Depositing User: | Ms. Suzila Mohamad Kasim |
Last Modified: | 24 Apr 2025 06:28 |
URI: | http://webagris.upm.edu.my/id/eprint/24087 |
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