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The effect of temperature on the biodegradation properties of municipal solid waste

机译:温度对城市生活垃圾生物降解特性的影响

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The aim of this study is to analyse the effect of temperature on the biodegradation and settlement properties of municipal solid waste by using bioreactors. Three kinds of controlled temperature were performed during the biodegradation test; the variation of weight, leachate and biogas production were carefully monitored. The degradation test indicated that more leachate leaked out owing to the external compression and polymer hydrolysis reaction in the aerobic phase, which could lead to the decrease of biodegradation rate in the anaerobic phase. A proper temperature range in favour of enhancing biodegradation of refuse was obtained, which ranged from 22 ℃ to 45 ℃. Finally, an empirical equation of biodegradation ratio was proposed, which incorporated the temperature effect. In the end, the validation of this proposed model is verified, and is proved to be reasonable for predicting degradation velocity in landfills.
机译:这项研究的目的是通过使用生物反应器分析温度对城市固体废物生物降解和沉降特性的影响。在生物降解试验中进行了三种控制温度。仔细监测重量,渗滤液和沼气产量的变化。降解测试表明,由于好氧相中的外部压缩和聚合物水解反应,渗滤液泄漏较多,这可能导致厌氧相中生物降解率降低。获得了有利于促进垃圾生物降解的合适温度范围,该温度范围为22℃至45℃。最后,提出了包含温度效应的生物降解率的经验方程。最后,验证了该模型的有效性,证明了该模型对垃圾填埋场降解速度的预测是合理的。

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