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Biofiltration for ammonia removal from composting exhaust gases

机译:生物滤池可去除堆肥废气中的氨

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摘要

A study was conducted to investigate the utilization of mature compost as a biofilter media for the removal of ammonia from the exhaust gases of the composting process. Source-selected organic fraction of municipal solid wastes, digested wastewater sludge and animal by-products were composted in a pilot-scale reactor and the exhaust gas was treated in a biofilter. Due to the high ammonia adsorption and absorption capacity of the compost media, no delay or start-up phase was observed and high removal efficiencies were achieved from the beginning of the experiments. A global ammonia removal efficiency of 95.9% was obtained in the biofilter for a loading rate range of 846–67,100 mg NH₃ m⁻³ biofilter h⁻¹. However, an important reduction of ammonia removal was observed when the waste gas contained high NH₃ concentration (more than 2000 mg NH₃ m⁻³), which corresponded with the case of animal by-products composting.
机译:进行了一项研究,以研究利用成熟的堆肥作为生物过滤介质从堆肥过程的废气中去除氨气。在中试规模的反应堆中堆肥了城市固体废物,消化的污水污泥和动物副产品中按源选择的有机部分,并在生物滤池中处理了废气。由于堆肥培养基具有很高的氨吸附和吸收能力,因此没有观察到延迟或启动阶段,并且从实验开始就获得了很高的去除效率。在846–67,100 mg NH 3m³³生物滤池h -1的加载速率范围内,该生物滤池的总氨去除效率为95.9%。但是,当废气中含有高浓度的NH 3(大于2000 mg NH 3m³3)时,观察到氨的去除量显着降低,这与动物副产品堆肥的情况相对应。

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    Pagans i Miró Estel·la;

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  • 年度 2005
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  • 原文格式 PDF
  • 正文语种 eng
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