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Assessment of the state of the art of technologies for the processing of digestate residue from anaerobic digesters

机译:评估厌氧消化池消化残渣的处理技术水平

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Anaerobic digestion is widely used as an important source of renewable energy. With the increasing number and capacity of biogas plants also, adequate treatment technologies for whole digestate-the residue from anaerobic digestion-are gaining attention. In this study the state of the art of digestate processing is analysed, and currently used treatment schemes and the various technological processes involved are evaluated. The study combines data and experiences from existing large-scale digestate processing facilities in Austria, Germany, Switzerland and Italy, as well as know-how from technology providers and relevant research projects. However, the field of digestate processing is still quite new and little detailed information about the performance of different technologies at industrial scale is available. Digestate processing is gaining importance since digestate utilisation can become an important bottleneck when increasing biogas production. In addition, the production of renewable fertiliser from digestate is increasingly of interest to replace fossil fertilisers. This study is the first profound attempt to establish an assessment of the state-of-the-art technologies in use.
机译:厌氧消化被广泛用作可再生能源的重要来源。随着沼气厂数量和能力的增加,用于全消化的厌氧消化残渣的适当处理技术也受到关注。在这项研究中,分析了消化加工的最新技术水平,并对目前使用的处理方案和涉及的各种工艺进行了评估。这项研究结合了来自奥地利,德国,瑞士和意大利的现有大型消化加工设施的数据和经验,以及技术提供商和相关研究项目的专业知识。然而,消化处理领域仍是一个很新的领域,几乎没有关于工业规模上不同技术性能的详细信息。由于提高沼气产量时消化物的利用可能成为重要的瓶颈,因此消化处理变得越来越重要。此外,人们越来越关注从消化物中生产可再生肥料,以替代化石肥料。这项研究是对使用中的最新技术进行评估的首次重大尝试。

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