首页> 外文期刊>World Journal of Microbiology & Biotechnology >Relating quinone profile to the aerobic biodegradation in thermophilic composting processes of cattle manure with various bulking agents.
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Relating quinone profile to the aerobic biodegradation in thermophilic composting processes of cattle manure with various bulking agents.

机译:牛粪与各种填充剂的高温堆肥过程中,醌的分布与好氧生物降解有关。

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摘要

Cattle manure was composted aerobically with various bulking agents (rice straw, vermiculite, sawdust or waste paper) at a constant incubation temperature of 60 degrees C. Increased quinone content (IQC) was used to assess microbial biomass in the composted material. IQC was proportional to mass reduction (MR) (R=0.812) and cumulative O2 consumption (COC) (R=0.810) irrespective of the bulking agent used, indicating that the yield of quinone was constant. Quinone yields were 0.44+or-0.03 micro mol quinone/g MR and 0.34+or-0.02 micro mol quinone/g COC. The material that was decomposed by microorganisms was considered to be mainly cattle manure. Bulking agents were not degraded within the 14 day trial period and did not affect microbial succession because composting runs with various bulking agents exhibited similar quinone yields..
机译:在60摄氏度的恒定温育温度下,用各种填充剂(大米秸秆,ver石,锯末或废纸)对牛粪进行有氧堆肥。使用增加的醌含量(IQC)评估堆肥材料中的微生物生物量。 IQC与质量降低(MR)(R = 0.812)和累积O2消耗量(COC)(R = 0.810)成正比,而与所用的填充剂无关,这表明醌的收率是恒定的。醌产率为0.44+或-0.03微摩尔醌/ g MR和0.34+或-0.02微摩尔醌/ g COC。被微生物分解的物质被认为主要是牛粪。在14天的试用期内,填充剂不会降解,也不会影响微生物的继承,因为使用各种填充剂进行堆肥时,醌产量相似。

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