Fransiska Angelina G Rezekinta, A. Kasim, N. Nazir, F. Failisnur
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引用次数: 0
摘要
麦香的纤维素含量从花的22%到根的33%不等。这可以作为糠醛合成的起点。为了分离糠醛，对蒸馏和蒸发过程设定了几个条件。分别为砧木部分(A)、茎上部分(B)、全茎部分(C)、全茎带花部分(D)、全茎花和根部分(E)。采用气相色谱-质谱(GCMS)法测定孟香草中糠醛含量，D处理产量最高，为11.78%。以门香植物为原料合成的糠醛含量达96%。糠醛的密度为1.160 g/ml，沸点为161℃，折射率为1.5120白度，粘度为1.46 cp。diiterima: 19 Agustus 2021 Direvisi: 13 december 2021 Diterbitkan: 30 december 2021
Utilization of mensiang (Actinoscorpus grosus L.) as a cellulose-rich material for furfural synthesis
Sejarah artikel: The cellulose content of mensiang varies from 22% in the flower to 33% in the root. This could be used as a starting point for furfural synthesis. To separate furfural, several conditions are set for the distillation and evaporation processes. The conditions were rootstock part (A), upper stem part (B), whole stem part (C), whole stem with flowers part (D), and whole stem, flowers, and root part (E). Furfural content in the mensiang plant was conducted using Gas Chromatography-Mass Spectroscopy (GCMS) for the highest yield 11.78%, D treatment. Furfural synthesized from the mensiang plant has a furfural content of 96%. Furfural's density was 1.160 g/ml, boiling point was 161 C, refractive index was 1.5120 brix, and its viscosity was 1.46 cp. Diterima : 19 Agustus 2021 Direvisi : 13 Desember 2021 Diterbitkan : 30 desember 2021
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