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首页> 外文期刊>International journal of green energy >BIOTECHNOLOGICAL PARTITION OF THE GRASS SILAGE TO STREAMLINE ITS COMPLEX ENERGY UTILIZATION
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BIOTECHNOLOGICAL PARTITION OF THE GRASS SILAGE TO STREAMLINE ITS COMPLEX ENERGY UTILIZATION

机译：青贮青贮饲料的生物技术分区以综合利用能源

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摘要

The current prevailing energetical utilization of grass silage is based on anaerobic fermentation. However, huge fermentors and long retention times are needed because only apart of the organic matter undergoes the anaerobic fermentation. System of complex energetical utilization of the grass silage based on partition of easily accessible organic matter was verified on a commercial scale. It was confirmed that the separation of the accessible organic matter from the ballast enables minimization of the anaerobic fermentor dimensions from thousands to tens of cubic meters and reduced retention times from months into hours. In addition, the waste energy obtained from the cogeneration of the methane was used to run the overall technology and the charcoal kiln to produce charcoal from the ballast.
机译：当前青贮饲料青贮的能量利用是基于厌氧发酵。但是，由于只有一部分有机物经过厌氧发酵，因此需要大量的发酵罐和较长的保留时间。在商业规模上，验证了基于易于获取的有机物分配的青贮草料的综合能量利用系统。已经证实，从压载物中分离可及有机物使得厌氧发酵罐的尺寸最小化，从数千立方米到数十立方米，并且将保留时间从数月缩短为数小时。此外，将从甲烷热电联产中获得的废能源用于运行整个技术，并使用木炭窑从压载物中生产木炭。

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