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Analysis Phase of Lean Six Sigma Methodology with Scaled-Down Laboratory Experiments for an Industrial-Scale Biogas Plant

机译:精益六西格玛方法的分析阶段,工业规模沼气厂的缩小实验室实验

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摘要

Although the benefits of the Lean Six Sigma (LSS) methodology have been proven for more than 20 years, it is still underutilized in environmental science, (e.g., in anaerobic digestion and biogas production). In order to obtain a structural and data-oriented perspective for process optimization in the renewable energy sector, LSS application must be considered one of the most valuable tools. To inform this paper, the LSS analysis phase was conducted in a scaled-down environment through detailed laboratory experiments. Results showed not only the feasibility of LSS application in biogas technology, but also some useful findings such as possible root causes for low production, such as impurities, waiting time, and existing pre-treatment methods for the defined problem. The results of the experiments show that the use of old substrates can reduce the biogas production up to half of the production with fresh substrates, and that even a 10 sand content can reduce the production up to 14.2, which shows the need for a solution to these two issues.
机译:尽管精益六西格玛 (LSS) 方法的优点已被证明已有 20 多年的历史,但它在环境科学中仍未得到充分利用(例如,在厌氧消化和沼气生产中)。为了获得可再生能源领域流程优化的结构和面向数据的视角,LSS应用必须被视为最有价值的工具之一。为了给本文提供信息,LSS分析阶段是通过详细的实验室实验在缩小的环境中进行的。结果不仅表明了LSS在沼气技术中的应用的可行性,还发现了一些有用的发现,例如杂质、等待时间以及针对所定义问题的现有预处理方法等低产量的可能根本原因。实验结果表明,使用旧基质可以将沼气产量减少到新基质产量的一半,即使含砂量为10%,也可以减少产量高达14.2%,这表明需要解决这两个问题。

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