Gaseous emissions from systems for pig slurry treatment

机译：猪粪处理系统的气体排放

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In the Netherlands manure treatment is applied because of high off-farm disposal costs. Gaseous emissions (ammonia, odor, and greenhouse gases (methane, nitrous oxide)) from six different systems for pig slurry treatment were measured. Emissions appeared to be are mainly determined by treatment technique and not by treatment capacity of the system. Biological N-removal systems are responsible for a large increase of greenhouse gas emissions. In comparison with a regular farm without manure treatment greenhouse gas emissions are three- to ninefold. Only after process optimization use of such systems can be justified.

机译：在荷兰，由于高昂的非农处置成本，因此采用了粪便处理。测量了六个不同系统处理猪粪的气态排放物（氨，气味和温室气体（甲烷，一氧化二氮））。看来，排放主要是由处理技术决定的，而不是由系统的处理能力决定的。生物氮去除系统导致温室气体排放量大幅增加。与没有粪便处理的常规农场相比，温室气体排放量是三倍到九倍。只有在过程优化之后，才有理由使用此类系统。

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来源
《Third International Symposium on Non-Co_2 Greenhouse Gases: Scientific Understanding, Control Options and Policy Aspects Jan 21-23, 2002 Maastricht, The Netherlands》|2002年|p.51-52|共2页
会议地点 Maastricht(NL)
作者
Roland W. Melse; Dick A.J. Starmans; Nico Verdoes;
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作者单位

IMAG, Wageningen, the Netherlands;

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会议组织
原文格式 PDF
正文语种 eng
中图分类石油、天然气工业;
关键词
manure treatment; pig slurry; emission; odor; ammonia; nitrous oxide; greenhouse gas;

机译：粪便处理;猪粪;排放;气味;氨;一氧化二氮;温室气体;

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Gaseous emissions from systems for pig slurry treatment

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