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Studies on Polluted Soil Aeration Systems to Improve Efficiency of Soil Remediation Using Biopile Technology

机译:利用生物堆技术提高土壤修复效率的污染土壤曝气系统研究

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Recent researches have emphasized the difficulty of biodegradation in organic compounds. To biologically remove these organic compounds some complex problems should be resolved: the need for direct contact between products added as stimuli in the biodegradation process and the polluted soil, as well as the thorough examination of the biomass development and the transformation of pollutant compounds, taking into account the products resulted after the decontamination process. In order to design aeration systems to achieve a maximum level of biodegradation through biopile technology simulations of this system and further experiments must be carried out to explore in detail the method of aeration and to develop criteria for making such systems. Natural and forced aeration (blowing or extracting air through pipes) can be introduced to improve soil ventilation to assure the oxygen supply needed for the bioreactions taking place in the pile of polluted soil.
机译:最近的研究强调了在有机化合物中生物降解的困难。为了从生物学上去除这些有机化合物,应解决一些复杂的问题:在生物降解过程中作为刺激添加的产品与污染土壤之间必须直接接触,以及彻底检查生物量的发展和污染物化合物的转化,考虑到去污过程后产生的产品。为了设计曝气系统以通过该系统的生物堆技术模拟实现最大程度的生物降解,必须进行进一步的实验以详细研究曝气方法并制定制造此类系统的标准。可以引入自然通风和强制通风(通过管道吹气或抽气)来改善土壤通风,以确保发生在污染土壤堆中的生物反应所需的氧气供应。

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