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Reduction in Refining Energy and Improvement in Pulp Freeness through Enzymatic Treatment - Lab and Plant Scale Studies

机译:通过酶处理降低精制能量并改善纸浆游离度-实验室和植物规模研究

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摘要

Lab as well as plant scale studies were carried out on enzymatic refining of mixed hardwood pulp aiming reduction in refining energy and improvement in fiber freeness. For the study different commercially available enzymes were used. Enzymatic treatment of pulp reduced refining energy by 29.3% in the laboratory scale experiments and by 20% in the plant scale trials conducted at a wood based paper mill. Enzymatic treatment of pulp improved the drainage of pulp by 11.1% in the laboratory scale experiments and improved FPR by 3.0%, FPAR by 3.6% in plant trial. During plant scale trial breaking length of the paper was improved by 14.7-17.4%.
机译:针对混合硬木纸浆的酶法精制进行了实验室以及工厂规模的研究,旨在降低精制能量并改善纤维的游离度。为了进行研究,使用了不同的市售酶。纸浆的酶处理在实验室规模的实验中将精炼能量降低了29.3%,在木浆造纸厂进行的工厂规模的试验中,降低了20%。在实验室规模的实验中,纸浆的酶处理使纸浆的排水量提高了11.1%,在工厂试验中使FPR提高了3.0%,FPAR提高了3.6%。在工厂规模的试验中,纸张的断裂长度提高了14.7-17.4%。

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