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process for the anaerobic biodegradation of differential co cellulosic substrate and a substrate suitable for fermentation and apparatus for implementing this method

机译:差异共纤维素底物的厌氧生物降解方法和适用于发酵的底物以及实施该方法的设备

摘要

The cellulosic substrate in a compressed state is introduced in successive batches into the feed zone (15) of a fermenter (2); a quantity of the substrate which is suitable for anaerobic fermentation is introduced continuously into the zone (15). The working mass travels in the direction of the extraction zone (17) of the fermenter, from which the two degraded substrates are extracted. The biogases formed are collected continuously at the top of the fermentation zone (16). The originality of the process is that it subjects each of the batches of the cellulosic substrate, as it enters the zone (16) to an additional compression, which results in an increase in its density, the consequence of this being an increase in the bacterial fixation potential. The substrate which is suitable for fermentation can be recycled without any pumping means; the compression of a batch of cellulosic substrate in fact causes a rise in the level of the substrate which is suitable for fermentation in the zone (17) at the same time as a lowering in this level in the zone (15). IMAGE
机译:将压缩状态的纤维素底物连续分批引入发酵罐(2)的进料区(15);将一定量的适于厌氧发酵的底物连续地引入区域(15)。工作物质沿发酵罐的提取区(17)的方向行进,从中提取两种降解的底物。在发酵区(16)的顶部连续收集形成的沼气。该方法的独创性在于,它使进入区域(16)的每批纤维素底物经受额外的压缩,这导致其密度增加,其结果是细菌的增加固定潜力。适用于发酵的底物无需任何泵送手段即可回收;实际上,一批纤维素底物的压缩导致适合于在区域(17)中发酵的底物水平的升高,同时降低区域(15)中该水平的水平。 <图像>

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