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Acetylation of Orange Waste For Possible Industrial Use

机译:用于工业用途的橙色废物的乙酰化

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摘要

Orange mesoearp were acetylated using acetic acid and acetic anhydride with 0.1 M tetra oxosulfate(vi) acid as catalyst. The aeetyation of pure cellulose was carried out in comparison with orange mesoearp. The percentage acetyl content of the products were determined using titration method. The percentage acetyl is higher in cotton cellulose than in orange mesoearp. The infrared spectral of the product was recorded using Perkin-Elmer model 710B spectrophotometer with KBr disc. The C=O stretch appear at 1757-1630 cm~(-1) for cellulose and 1666-1563 cm~(-1) for orange mesoearp, while the -OH stretch appear around 3600-3100 cm"1 for cotton and 3500-3381 cm~(-1) for orange mesoearp. It was concluded that with further work on this research on industrial scale, orange waste could be a good source of raw materials for textile industries.
机译:使用乙酸和乙酸酐,以0.1 M的四氧合硫酸(vi)酸为催化剂,使橙色中胚层乙酰化。与橙色中胚芽相比,进行了纯纤维素的乙酰化。使用滴定法测定产物的乙酰基百分比含量。棉纤维素中的乙酰基百分比高于橙中麦。使用具有KBr盘的Perkin-Elmer 710B型分光光度计记录产品的红外光谱。对于纤维素,C = O拉伸出现在1757-1630 cm〜(-1),对于橙色中胚层,C = O拉伸出现在1666-1563 cm〜(-1),而对于棉花,-OH拉伸出现在3600-3100 cm“ 1左右,对于3500- 3381 cm〜(-1)的橙中胚层表明,随着工业规模研究的进一步开展,橙废可能成为纺织工业的良好原料来源。

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