Effect of Chain Length on Fatty Alcohol Sulfation using SO3-DMF

E. Sitinjak, Indra Masmur, D. Tarigan, Cindy Anggini, Emma Juli Anamasta Simbolon, Endang Simatupang, Yulia Ratu Pane, M. Simorangkir, N. Nurfajriani
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Abstract

The fatty alcohols C8, C10, C16 and C18 were used as raw materials for the sulfation reaction using the SO3-DMF complex to study the ratio of carbon chains. The first step is to prepare the SO3-DMF complex, by reacting SO3 gas into DMF at a temperature of 0-4 0C with a reaction time of 3 hours, then sulfation is carried out at 100 0C for 5 hours on C8, C10, C16 and C18. Tests were carried out on the results of sulfation with an FT-IR Spectrophotometer. Surface tension, foam stability and yield calculations. From the sulfation results, the yield results were respectively 83%, 81%, 68% and 61% then the results from the surface tension analysis were 35.3, dyne/cm, 30.3 dyne/cm, 29.4 dyne/cm and 33.6 dyne/cm and foam stability analysis of 0.2 cm, 0.8 cm, 0.7 cm and 1 cm. Based on the surface tension reduction value, palmityl alcohol is the best raw material for making surfactants.
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链长对SO3-DMF磺化脂肪醇的影响
以脂肪醇C8、C10、C16和C18为原料,采用SO3-DMF配合物进行硫酸化反应,研究碳链比例。第一步是制备SO3-DMF复合物,将SO3气体在0- 40℃的温度下反应成DMF,反应时间为3小时,然后在100℃的温度下对C8、C10、C16和C18进行5小时的磺化。用傅里叶变换红外分光光度计对磺化结果进行了测试。表面张力,泡沫稳定性和屈服计算。从磺化结果来看,产率分别为83%、81%、68%和61%,表面张力分析结果分别为35.3、30.3达因/cm、29.4达因/cm和33.6达因/cm,泡沫稳定性分析结果分别为0.2、0.8、0.7和1 cm。从表面张力还原值来看,棕榈醇是制备表面活性剂的最佳原料。
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