银催化剂氧化脱氢法制备40%乙二醛

B. P. Kumar, Sreenivas Matla, P. Anilkumar
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引用次数: 0

摘要

乙二醛通常作为百分之四的溶液提供。它通常用于缩合和交联反应,因为它的有机化合物基团对具有基团或氨基基团的多功能化合物,与有机化合物及其衍生物,或与淀粉,纤维素,棉花,酪蛋白或动物产品的反应性。它作为一种生物活性化合物,抑制腐蚀,并有助于固化橡胶和动物皮肤鞣制。它是染料、处方药、聚合物和纺织助剂制备中的副中间体。工业乙二醛可以在银或铜催化剂的存在下由乙醇的气段反应或由乙醇与酸的液段反应制备。用乙醇二醇生产乙二醛的潜力令人鼓舞,特别是在乙醇二醇生产率高的国家,可以进行任何探索
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Manufacture of 40% Glyoxal Based on Oxidative Dehydrogenation using Silver Catalyst
Glyoxal is provided generally as a four-hundredth solution. it's oftentimes used for condensation and cross-linking reactions owing to the reactivity of its organic compound teams towards polyfunctional compounds with group or amino teams, with organic compound and its derivatives, or with starch, cellulose, cotton, casein, or animal product. It acts as a biologically active compound, inhibits corrosion, and aids in solidifying rubber and in animal skin tanning. it's associate intermediate within the preparation of dyes, prescription drugs, polymers and textile auxiliaries. industrial glyoxal is ready by either the gas section reaction of ethanediol within the presence of a silver or copper catalyst or by the liquid section reaction of ethanal with acid. The potential of manufacturing glyoxal from the ethanediol is encouraging and may be any explored particularly within the country with the high ethanediol productivity
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