Energy Saving Process For Emulsion

碩士 === 靜宜大學 === 應用化學研究所 === 97 === The main purpose of this research is to save energy for emulsion process. Due to the competition of cosmetics marketing and the quest of environmental protection, how to decrease the time and energy of cosmetics procedure, to increase the efficiency of R&D, to...

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Main Authors: Ying-shen Lin, 林穎昇
Other Authors: Chang-Chin Kwan
Format: Others
Language:zh-TW
Published: 2009
Online Access:http://ndltd.ncl.edu.tw/handle/n8trhd
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spelling ndltd-TW-097PU0055000102019-05-15T20:06:59Z http://ndltd.ncl.edu.tw/handle/n8trhd Energy Saving Process For Emulsion 節能乳化法的開發 Ying-shen Lin 林穎昇 碩士 靜宜大學 應用化學研究所 97 The main purpose of this research is to save energy for emulsion process. Due to the competition of cosmetics marketing and the quest of environmental protection, how to decrease the time and energy of cosmetics procedure, to increase the efficiency of R&D, to control the stability, and to improve the quality of all cosmetics products are the direction we need to work hard. Because of this conception, we design an energy saving emulsifier for W/O emulsion and then study further for some physical and chemical property and stability and analyze the advantage of it. First, We wet Bentone38 and disperse by homogenizer at v=10,500rpm for six emollient of cosmetics as the following:Dimethicone(KF-96-5CS)、Cyclopentasilxane(KF-995)、2Ethylhexyl palmitate(2EHP)、Mineral oil(Deakeol 7)、Jojoba oil and Squalane. By using the test of viscosity meter and centrifugal test, we found that the emollient of wetting and dispersion for Bentone38 is 2Ethylhexyl palmitate.Therefore, we chose 2Ethyl hexyl Palmitate and some cosmetics W/O emulsifier to design an energy saving emulsifier for W/O emulsion. In this experiment, We conclude that our result showed that he energy saving emulsifier is not only saving 50% of the procedure time and energy but also costing down over 80%. Further more, when we use this emulsifier to design some cosmetic formula, we found that it demonstrated better emulsion properties than the products existing in market place, such as the better stability, more homogeneous particle size, and better dispersion of cosmetics powder. Chang-Chin Kwan 官常慶 2009 學位論文 ; thesis 82 zh-TW
collection NDLTD
language zh-TW
format Others
sources NDLTD
description 碩士 === 靜宜大學 === 應用化學研究所 === 97 === The main purpose of this research is to save energy for emulsion process. Due to the competition of cosmetics marketing and the quest of environmental protection, how to decrease the time and energy of cosmetics procedure, to increase the efficiency of R&D, to control the stability, and to improve the quality of all cosmetics products are the direction we need to work hard. Because of this conception, we design an energy saving emulsifier for W/O emulsion and then study further for some physical and chemical property and stability and analyze the advantage of it. First, We wet Bentone38 and disperse by homogenizer at v=10,500rpm for six emollient of cosmetics as the following:Dimethicone(KF-96-5CS)、Cyclopentasilxane(KF-995)、2Ethylhexyl palmitate(2EHP)、Mineral oil(Deakeol 7)、Jojoba oil and Squalane. By using the test of viscosity meter and centrifugal test, we found that the emollient of wetting and dispersion for Bentone38 is 2Ethylhexyl palmitate.Therefore, we chose 2Ethyl hexyl Palmitate and some cosmetics W/O emulsifier to design an energy saving emulsifier for W/O emulsion. In this experiment, We conclude that our result showed that he energy saving emulsifier is not only saving 50% of the procedure time and energy but also costing down over 80%. Further more, when we use this emulsifier to design some cosmetic formula, we found that it demonstrated better emulsion properties than the products existing in market place, such as the better stability, more homogeneous particle size, and better dispersion of cosmetics powder.
author2 Chang-Chin Kwan
author_facet Chang-Chin Kwan
Ying-shen Lin
林穎昇
author Ying-shen Lin
林穎昇
spellingShingle Ying-shen Lin
林穎昇
Energy Saving Process For Emulsion
author_sort Ying-shen Lin
title Energy Saving Process For Emulsion
title_short Energy Saving Process For Emulsion
title_full Energy Saving Process For Emulsion
title_fullStr Energy Saving Process For Emulsion
title_full_unstemmed Energy Saving Process For Emulsion
title_sort energy saving process for emulsion
publishDate 2009
url http://ndltd.ncl.edu.tw/handle/n8trhd
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AT yingshenlin jiénéngrǔhuàfǎdekāifā
AT línyǐngshēng jiénéngrǔhuàfǎdekāifā
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