The Preparation and Physicochemical Analysis of Local Black Soap from Coconut Oil and Plantain Peel Biochar

M. Nnyia, Abiodun Oladipo, E. Anyaebosim, O. Ejeromedoghene
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Abstract

Local black soap, produced from coconut oil and plantain peel biochar (alkaline source) was presented in this study since the agricultural raw materials gain significance in environmentally benign feedstocks for saponification reactions. The physicochemical analysis of the coconut oil and plantain peel biochar shows remarkable free fatty acid (FFA) and alkalinity contents respectively suitable for soap making. The physicochemical properties of the as-prepared local black soap demonstrated a good moisture content (15.1 %) showing that it can be stored for long periods without any water-associated deteriorations. The percentage of matter insoluble in water (4.4 %), matter insoluble in alcohol (12.3 %), FFA content (2.1 %), and pH (9) were found to be higher than the acceptable limit according to the Nigerian Industry Standards (NIS). Also, the total fatty matter (TFM) was higher (67.6 %) than the minimum acceptable level with a good foam height of 2.5 cm. The overall results show good soap properties and are suitable for domestic purposes.
椰子油与大蕉皮生物炭局部黑皂的制备及理化分析
由于农业原料在皂化反应的环保原料中具有重要意义,因此本研究提出了由椰子油和车前草皮生物炭(碱性来源)生产的当地黑皂。经理化分析,椰子油和车前草皮生物炭的游离脂肪酸(FFA)和碱度含量显著,适合制皂。所制备的局部黑皂的物理化学性质表明,它具有良好的含水量(15.1%),表明它可以长时间储存而不会发生任何与水有关的变质。根据尼日利亚工业标准(NIS),发现不溶于水的物质百分比(4.4%)、不溶于酒精的物质百分比(12.3%)、FFA含量(2.1%)和pH值(9)高于可接受限度。此外,总脂肪物质(TFM)(67.6%)高于最低可接受水平,泡沫高度为2.5 cm。综合结果表明,该皂液性能良好,适合国内使用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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