Catalytic oxidation of Cedar Bark (Pinus Sibirica) with Oxygen to Vanillin and Pulp

IF 0.5 Q4 CHEMISTRY, MULTIDISCIPLINARY
Dmitry O. Vigul, V. Tarabanko, Yulia V. Chelbina, V. Levdansky
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Abstract

The catalytic oxidation of natural and pre-extracted cedar bark (Pinus Sibirica) by molecular oxygen is studied. Tannins were shown to inhibit the formation of vanillin while oxidizing the bark. The yields of vanillin are 5–7 wt.% based on bark lignin, which is of 3–4 times lower compared to the results of wood oxidation. The presence of tannins in the raw material complicates the lignin analysis and can overestimate the results twice
雪松皮氧催化氧化制香兰素和木浆的研究
研究了分子氧对天然和预提取雪松皮的催化氧化作用。单宁在氧化树皮的同时抑制香兰素的形成。以树皮木质素为基础,香兰素的产率为5-7 wt.%,比木材氧化的结果低3-4倍。原料中单宁的存在使木质素分析复杂化,并可能使结果高估两次
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CiteScore
1.10
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0.00%
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13
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