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Sludge thermal oxidation processes: mineral recycling, energy impact, and greenhouse effect gases release

机译:污泥热氧化过程:矿物回收,能量影响和温室效应气体释放

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摘要

Different treatment routes have been studied for a mixed sludge: the conventional agricultural use is compared with the thermal oxidation processes, including incineration (in gaseous phase) and wet air oxidation (in liquid phase). The interest of a sludge digestion prior to the final treatment has been also considered according to the two major criteria, which are the fossil energy utilisation and the greenhouse effect gases (CO2, CH4, N2O) release. Thermal energy has to be recovered on thermal processes to make these processes environmentally friendly, otherwise their main interest is to extract or destroy micropollutants and pathogens from the carbon cycle. In case of continuous energy recovery, incineration can produce more energy than it consumes. Digestion is especially interesting for agriculture: according to these two schemes, the energy final balance can also be in excess. As to wet air oxidation, it is probably one of the best ways to minimize greenhouse effect gases emission.
机译:对于混合污泥,已经研究了不同的处理途径:将传统的农业用途与热氧化过程进行了比较,包括焚烧(气相)和湿式空气氧化(液相)。根据两个主要标准,即化石能源利用和温室效应气体(CO2,CH4,N2O)的释放,还考虑了在最终处理之前进行污泥消化的兴趣。为了使这些过程对环境友好,必须在热过程中回收热能,否则它们的主要目的是从碳循环中提取或破坏微污染物和病原体。如果持续进行能量回收,焚化所产生的能量将超过消耗的能量。对于农业而言,消化特别有趣:根据这两种方案,最终的能量平衡也可能过量。对于湿空气氧化,这可能是减少温室效应气体排放的最佳方法之一。

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