Improvement design of blending process / Faiz Hakimi Sharulizam

Improvement design of blending process is a tweaking project on how the current used or available agitation systems in the industry is revamped and enhanced the mixing efficiency by changing the impeller type or design. In this project, a multistage impeller consists of merging design of two hydrofo...

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主要作者: Sharulizam, Faiz Hakimi
格式: Thesis
語言:English
出版: 2022
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在線閱讀:https://ir.uitm.edu.my/id/eprint/67838/1/67838.pdf
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spelling my-uitm-ir.678382023-02-15T03:16:38Z Improvement design of blending process / Faiz Hakimi Sharulizam 2022 Sharulizam, Faiz Hakimi Chemicals Processes, operations, and techniques Improvement design of blending process is a tweaking project on how the current used or available agitation systems in the industry is revamped and enhanced the mixing efficiency by changing the impeller type or design. In this project, a multistage impeller consists of merging design of two hydrofoil impeller is chosen as the substitute impeller for the existing one. The reasons are because these impellers are commonly found in many agitations system. Moreover, throughout the past research and simulation it has been proven that the proposed impeller design is superior in every aspect juxtapose to the one that currently appointed in the industry. Besides, a Pugh chart that comprise of comparison between three initially chosen impeller also has been constructed to further approved which design meets the necessary criteria to reinforce the blending process. Further studies details within this paper are gathered by using SolidWorks. The pictorial design and flow simulation of the proposed impeller has been compared to other two impeller that has been used in the industry and proved to be the best impeller design for multistage impeller and effective compared to the other two. Thus, the impeller has satisfied both project objectives which are to compare the proposed and current used multistage impeller and configure the best multistage impeller design. Analysis of the impeller also proved that the configuration able to improve 33% of the blending time by cutting down the excess 30 minutes for recirculation as it has more balanced flow and absence of unmixed zone which is the problem for the multistage impeller configuration used before. Therefore, by using this configuration for the multistage impeller is the best possible method recommended for Sumber Petroleum Cemerlang Sdn Bhd (SPC) to eliminate over blending time problem due to improper mixed of the lubricant. 2022 Thesis https://ir.uitm.edu.my/id/eprint/67838/ https://ir.uitm.edu.my/id/eprint/67838/1/67838.pdf text en public masters Universiti Teknologi MARA, Johor College of Engineering Studies Ismail, Azianti
institution Universiti Teknologi MARA
collection UiTM Institutional Repository
language English
advisor Ismail, Azianti
topic Chemicals
Chemicals
spellingShingle Chemicals
Chemicals
Sharulizam, Faiz Hakimi
Improvement design of blending process / Faiz Hakimi Sharulizam
description Improvement design of blending process is a tweaking project on how the current used or available agitation systems in the industry is revamped and enhanced the mixing efficiency by changing the impeller type or design. In this project, a multistage impeller consists of merging design of two hydrofoil impeller is chosen as the substitute impeller for the existing one. The reasons are because these impellers are commonly found in many agitations system. Moreover, throughout the past research and simulation it has been proven that the proposed impeller design is superior in every aspect juxtapose to the one that currently appointed in the industry. Besides, a Pugh chart that comprise of comparison between three initially chosen impeller also has been constructed to further approved which design meets the necessary criteria to reinforce the blending process. Further studies details within this paper are gathered by using SolidWorks. The pictorial design and flow simulation of the proposed impeller has been compared to other two impeller that has been used in the industry and proved to be the best impeller design for multistage impeller and effective compared to the other two. Thus, the impeller has satisfied both project objectives which are to compare the proposed and current used multistage impeller and configure the best multistage impeller design. Analysis of the impeller also proved that the configuration able to improve 33% of the blending time by cutting down the excess 30 minutes for recirculation as it has more balanced flow and absence of unmixed zone which is the problem for the multistage impeller configuration used before. Therefore, by using this configuration for the multistage impeller is the best possible method recommended for Sumber Petroleum Cemerlang Sdn Bhd (SPC) to eliminate over blending time problem due to improper mixed of the lubricant.
format Thesis
qualification_level Master's degree
author Sharulizam, Faiz Hakimi
author_facet Sharulizam, Faiz Hakimi
author_sort Sharulizam, Faiz Hakimi
title Improvement design of blending process / Faiz Hakimi Sharulizam
title_short Improvement design of blending process / Faiz Hakimi Sharulizam
title_full Improvement design of blending process / Faiz Hakimi Sharulizam
title_fullStr Improvement design of blending process / Faiz Hakimi Sharulizam
title_full_unstemmed Improvement design of blending process / Faiz Hakimi Sharulizam
title_sort improvement design of blending process / faiz hakimi sharulizam
granting_institution Universiti Teknologi MARA, Johor
granting_department College of Engineering Studies
publishDate 2022
url https://ir.uitm.edu.my/id/eprint/67838/1/67838.pdf
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