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Biological degradation of resin acids in wood chips by wood-inhabiting fungi.

机译:居住木材的真菌对木片中树脂酸的生物降解。

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摘要

Resin acids in many pulp mill effluents are primary sources of toxicity to fish. Inconsistent biological detoxification of chlorinated and nonchlorinated resin acids in secondary treatment of pulp mill effluents is a continuing source of concern. An alternative approach to effluent detoxification is to remove or modify the toxic compounds present in wood chips prior to pulping. Results from experiments in which lodgepole pine sapwood chips were inoculated with several fungal candidates indicate that the total resin acid content can be reduced by up to 67% after fungal growth. Such a treatment could be an efficient and environmentally acceptable way for deresinating wood chips and so decreasing the toxicity of pulp mill effluents.
机译:许多制浆厂废水中的树脂酸是对鱼类毒性的主要来源。在纸浆厂废水的二次处理中,氯化和非氯化树脂酸的生物脱毒不一致一直是令人关注的问题。废水排毒的另一种方法是在制浆之前去除或修饰木片中存在的有毒化合物。用几种候选真菌接种黑松木边材片的实验结果表明,真菌生长后,总树脂酸含量最多可降低67%。这种处理可能是使木片脱脂并因此降低制浆厂废液毒性的有效且环保的方式。

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