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Anaerobic biodegradability of print pastes plus primary sewage sludge

机译:印刷糊和主要污水污泥的厌氧生物降解性

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摘要

The object of this research was to investigate the behaviour of the co-digestion of print pastes and primary sludge at lab-scale, in view of a possible full-scale application of this process. The research was focused upon the following aspects: performance and reliability of the co-digestion process, possible interference with the sludge stabilisation (which remained the first aim of the digestion), disappearance of the colour clue to the pastes, composition of the supernatant to be sent back to the aerobic wastewater process. Three print pastes were used. Inhibition of the anaerobic process was found during the first period. After approximately 70 days of acclimation, the reactors operated regularly, with satisfactory performance. However; print pastes, that accounted for 10% of the total influent CODs were not biodegraded to a large extent. Absorbance in the visible spectra of the supernatants was modified and/or reduced with respect to the influent, depending on the dyes present in the paste. (C) 1998 Published by Elsevier Science Ltd. [References: 9]
机译:这项研究的目的是在实验室规模下研究印刷糊和主要污泥共消化的行为,因为该工艺可能会全面应用。研究主要集中在以下几个方面:共消化过程的性能和可靠性,可能对污泥稳定化的干扰(这仍然是消化的首要目标),糊状物颜色线索的消失,上清液的成分。被送回有氧废水处理。使用了三种印刷浆料。在第一阶段发现了厌氧过程的抑制作用。经过约70天的适应后,反应堆按常规运行,性能令人满意。然而;占进水总COD总量10%的印刷浆料在很大程度上没有被生物降解。取决于糊状物中存在的染料,上清液的可见光谱中的吸光度相对于进水量有所改变和/或降低。 (C)1998年由Elsevier Science Ltd.出版[参考文献:9]

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