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Effect of Inoculum Concentration on Co-digestion Kitchen Waste and Cattle Dung

机译:接种物浓度对共同消化的厨房垃圾和牛粪的影响

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Anaerobic co-digestion of kitchen waste and cattle dung mixed in the ratio of 1:1 with different concentrations of inoculums viz. 10%, 15%, 20% and 25%, respectively, was carried out in 101 capacity lab scale batch reactors. Maximum average biogas yield (10.05 l.kg~(-1)TS fed) was observed in reactor operated with 25% inoculum followed by reactor with 20% (9.77 l.kg~(-1) TSfed), reactor with 15% (9.35 l.kg~(-1) TSfed) and reactor with 10% (9.27 l.kg~(-1) TSfed) inoculums. Maximum increase in N(18.49%), P (17.64%) andK (19.41%) was also observed in digested slurry of the reactor operated with 25% inoculum. The degradation of total solids (27.74%) as well as volatile solids (25.71%) was highest in the same reactor.
机译:厨余垃圾和牛粪的厌氧共消化比例为1:1,且接种物的浓度不同。在101个实验室规模的间歇式反应器中分别进行了10%,15%,20%和25%的反应。在接种量为25%的反应器中观察到最大平均沼气产量(10.05 l.kg〜(-1)TS),随后是20%(9.77 l.kg〜(-1)TSfed),15%( 9.35 l.kg〜(-1)TSfed)和10%(9.27 l.kg〜(-1)TSfed)接种的反应器。在用25%接种物操作的反应器的消化淤浆中也观察到N(18.49%),P(17.64%)和K(19.41%)的最大增加。在同一反应器中,总固体(27.74%)和挥发性固体(25.71%)的降解最高。

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