Using of mucilage palm oil in the toilet soap production.

Mucilage palm oil (M.P.O.) was obtained from physical refining step for crude palm oil. The components of M.P.O. were high content of free fatty acids (82.2%) with simple amount of neutral oil (11.9%), while the residual content (unsaponifiable matter and impurities) was 2.1% and in addition to 3.8%...

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Main Author: Adel Y. Girgis
Format: Article
Language:English
Published: Consejo Superior de Investigaciones Científicas 1999-06-01
Series:Grasas y Aceites
Subjects:
Online Access:http://grasasyaceites.revistas.csic.es/index.php/grasasyaceites/article/view/654
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author Adel Y. Girgis
author_facet Adel Y. Girgis
author_sort Adel Y. Girgis
collection DOAJ
description Mucilage palm oil (M.P.O.) was obtained from physical refining step for crude palm oil. The components of M.P.O. were high content of free fatty acids (82.2%) with simple amount of neutral oil (11.9%), while the residual content (unsaponifiable matter and impurities) was 2.1% and in addition to 3.8% water. The results indicated that the colours of M.P.O., tallow and palm kemel oil improved after bleaching. Eight soap samples (n.os 1-8) were prepared from bleached fatty blends of mucilage palm oil, tallow and palm kernel oil at different ratios. The results showed that the moisture contents of soap samples n.os 2,7 and 8 were high compared with the standard soap (sample n.os 1), subsequently their total fatty matters became lower than that found in the control soap (sample n.os 1). The findings marked that the unsaponifiable matter of soaps nos 2,7 and 8 were higher compared with the other soaps. No high differences were observed in the free alkali of all soaps (range from 0.06 to 0.09%). On the other hand, high differences were found in the free oil of all soap samples (n.os2-8) compared with the standard soap (sample nos 1), except soap samples n.os2,7 and 8, which record very high. The best soap samples in the colour were in the following increasing order: n.os1 > 3 > 4 > 5 > 6 > 7 > 8 > 2, respectively. The results showed that the better soap samples in the physical properties were in the following increasing order: soap nos 3> soap nos 4> soap n.os 5> soap n.os 6 compared with the standard soap (sample nos 1), where from firm structure with high foam, while the other soap samples (n.os 2,7 and 8) were poor quality (i.e., low lathering properties with deep colours). Therefore, it could be concluded that mucilage palm oil can be used as a new fatty material for toilet soap manufacturing at ratio of 40% from the fatty blend.
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spelling doaj.art-0a9ecb2fdac748bfb25ff268174736592022-12-21T22:28:27ZengConsejo Superior de Investigaciones CientíficasGrasas y Aceites0017-34951988-42141999-06-0150318519210.3989/gya.1999.v50.i3.654644Using of mucilage palm oil in the toilet soap production.Adel Y. Girgis0Agricultural Research Centre, Food Technology Res. Institute, Oils and Fats Res. Dept. 9Mucilage palm oil (M.P.O.) was obtained from physical refining step for crude palm oil. The components of M.P.O. were high content of free fatty acids (82.2%) with simple amount of neutral oil (11.9%), while the residual content (unsaponifiable matter and impurities) was 2.1% and in addition to 3.8% water. The results indicated that the colours of M.P.O., tallow and palm kemel oil improved after bleaching. Eight soap samples (n.os 1-8) were prepared from bleached fatty blends of mucilage palm oil, tallow and palm kernel oil at different ratios. The results showed that the moisture contents of soap samples n.os 2,7 and 8 were high compared with the standard soap (sample n.os 1), subsequently their total fatty matters became lower than that found in the control soap (sample n.os 1). The findings marked that the unsaponifiable matter of soaps nos 2,7 and 8 were higher compared with the other soaps. No high differences were observed in the free alkali of all soaps (range from 0.06 to 0.09%). On the other hand, high differences were found in the free oil of all soap samples (n.os2-8) compared with the standard soap (sample nos 1), except soap samples n.os2,7 and 8, which record very high. The best soap samples in the colour were in the following increasing order: n.os1 > 3 > 4 > 5 > 6 > 7 > 8 > 2, respectively. The results showed that the better soap samples in the physical properties were in the following increasing order: soap nos 3> soap nos 4> soap n.os 5> soap n.os 6 compared with the standard soap (sample nos 1), where from firm structure with high foam, while the other soap samples (n.os 2,7 and 8) were poor quality (i.e., low lathering properties with deep colours). Therefore, it could be concluded that mucilage palm oil can be used as a new fatty material for toilet soap manufacturing at ratio of 40% from the fatty blend.http://grasasyaceites.revistas.csic.es/index.php/grasasyaceites/article/view/654mucilagepalm oiltoilet soap
spellingShingle Adel Y. Girgis
Using of mucilage palm oil in the toilet soap production.
Grasas y Aceites
mucilage
palm oil
toilet soap
title Using of mucilage palm oil in the toilet soap production.
title_full Using of mucilage palm oil in the toilet soap production.
title_fullStr Using of mucilage palm oil in the toilet soap production.
title_full_unstemmed Using of mucilage palm oil in the toilet soap production.
title_short Using of mucilage palm oil in the toilet soap production.
title_sort using of mucilage palm oil in the toilet soap production
topic mucilage
palm oil
toilet soap
url http://grasasyaceites.revistas.csic.es/index.php/grasasyaceites/article/view/654
work_keys_str_mv AT adelygirgis usingofmucilagepalmoilinthetoiletsoapproduction