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Influence of compost covers on the efficiency of biowaste composting process

机译:堆肥覆盖率对生物废物堆肥过程效率的影响

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摘要

The temperature of matured compost is an indicator of feedstock quality and also a good feedback informing about the suitability of an applied technological procedure. Two independent experiments using the technology of windrow composting at open area were conducted with the final goal to evaluate the effect of compost pile covering (in comparison with uncovered piles) on the course of composting process - behaviour of temperature over time and oxygen content. Two types of sheets were used -Top Tex permeable sheet and impermeable polyethylene sheet. The experiment I (summer months) aimed at comparison of efficiency between the Top Tex sheet cover and the uncovered compost piles, while experiment II (autumn months) compared treatments using the Top Tex sheet and polyethylene sheet by contrast. Within the experiment I the composts consisted of cattle slurry and fresh grass matter at a ratio of 1:1, in case of experiment II consisted of pig/cattle manure, fresh grass matter and chipped material at a ratio of about 1:2:1. The obtained data showed no significant differences among the cover treatments according to ANOVA. The only exception was oxygen content in pile 4 (experiment II) under Top Tex sheet, where a markedly higher oxygen content than under polyethylene sheet was measured during the whole composting period. It was the only case where statistical analysis proved a significant difference; the p-value was 0.0002.
机译:成熟的堆肥的温度是原料质量的指标,也是有关所应用技术程序的适用性的良好反馈。进行了两个使用露天堆肥技术的独立实验,最终目的是评估堆肥覆盖物(与未覆盖堆肥相比)对堆肥过程的影响-温度随时间的变化以及氧气含量。使用两种类型的片材:Top Tex渗透性片材和不渗透性聚乙烯片材。实验I(夏季月份)旨在比较Top Tex薄板覆盖层和未覆盖的堆肥之间的效率,而实验II(秋季月份)则对比使用Top Tex薄板和聚乙烯薄板的处理效果。在实验I中,堆肥由比例为1:1的牛粪浆和新鲜草料组成;在实验II中,由猪/牛粪,新鲜草料和碎屑组成的比例约为1:2:1的肥料。所获得的数据显示,根据ANOVA,覆盖处理之间没有显着差异。唯一的例外是Top Tex薄板下的第4堆中的氧含量(实验II),在整个堆肥期间,测得的氧含量明显高于聚乙烯薄板下的氧含量。这是唯一的统计分析证明有显着差异的情况。 p值为0.0002。

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  • 来源
    《Waste Management》 |2010年第12期|p.2469-2474|共6页
  • 作者单位

    Department of Ecology in Agricultural Technological Systems, Research Institute of Agricultural Engineering, p.r.i., Drnovska 507, 161 01 Prague 6, Czech Republic,Institute for Environmental Studies, Faculty of Science, Charles University in Prague, Benatska 2, 128 01 Prague 2, Czech Republic;

    Department of Ecology in Agricultural Technological Systems, Research Institute of Agricultural Engineering, p.r.i., Drnovska 507, 161 01 Prague 6, Czech Republic;

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