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首页> 外文期刊>Folia microbiologica >Effect of natural zeolite (clinoptilolite) on microbial decompositionprocesses in stored pig-slurry solids
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Effect of natural zeolite (clinoptilolite) on microbial decompositionprocesses in stored pig-slurry solids

机译:天然沸石(斜发沸石)对猪粪浆中微生物分解过程的影响

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摘要

The solid fraction (SF) of pig slurry obtained in the first stage of aerobic slurry treatment was amended with 1 and 2 % zeolite (clinoptilolite) and stored for 12 weeks under anaerobic conditions or with turning after 3 and 6 weeks of storage. In addition to that SF was mixed with 2 % zeolite, 50 % (V/V) sawdust, and both sawdust and zeolite, and stored for 6 weeks with turning after 1 and 3 weeks. Plate counts of psychrophilic, mesophilic, coliform and fecal coliform bacteria, determined during the storage, corresponded to the development of temperature in the core of the substrates. An effect of amendment of SF with zeolite and sawdust on plate counts of selected bacteria was observed, dependent on the zeolite dose. The thermophilic phase was not reached in any of the investigated substrates. The populations of fecal coliforms in the substrate amended with 1 % zeolite and turned after 3 and 6 weeks decreased after 11 weeks down to 500 CFU/g substrate.
机译:在好氧浆料处理的第一阶段中获得的猪浆料的固体部分(SF)用1%和2%的沸石(斜发沸石)修正,并在厌氧条件下保存12周,或者在保存3周和6周后翻转。除此以外,SF还与2%沸石,50%(V / V)锯末,锯末和沸石混合,并在1和3周后翻转保存6周。在储存过程中确定的嗜冷菌,中温菌,大肠菌和粪便大肠菌的板数与底物核心温度的升高相对应。观察到沸石和木屑对SF的改性对所选细菌板数的影响,具体取决于沸石的剂量。在任何研究的底物中均未达到嗜热相。基质中的粪便大肠菌群用1%沸石修饰,经过3周和6周的转化后,在11周后下降至500 CFU / g基质。

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