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Comparison of two gas volume measurement systems by evaluating biochemical methane potential

机译:通过评估生化甲烷电位来比较两种气体体积测量系统

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Abstract The objective of this study is to compare and analyze the efficiency of an automated measurement system for biogas flow with a control performed by a programmable logic controller (PLC) called the SAMB compared to commercial equipment widely disseminated for this purpose, the automatic methane potential test system (AMPTS II). The objective is to identify the accuracy in gas flow analysis of the two systems. The experiments were conducted in triplicate at a constant temperature of 37°C in anaerobic reactors. Two synthetic substrates and two natural substrates combined with a microbial inoculum were used. Considering the different ways the two systems capture data, the results show that all samples differed statistically between them (p0.05). Thus, with the advancement and globalization of knowledge, it is necessary to develop systems capable of generating standardized, precise, and accurate data. In this context, the systems evaluated here present different forms of methane measurement but the results have no significant statistical differences.
机译:摘要 本研究的目的是比较和分析由可编程逻辑控制器(PLC)执行的沼气流量自动测量系统(称为SAMB)与为此目的广泛传播的商业设备自动甲烷电位测试系统(AMPTS II)的效率。目的是确定两个系统气流分析的准确性。实验在37°C的恒温下在厌氧反应器中一式三份进行。使用两种合成底物和两种天然底物与微生物接种物相结合。考虑到两个系统捕获数据的不同方式,结果表明,每个系统中的所有样本之间在统计学上存在差异(p0.05)。因此,随着知识的进步和全球化,有必要开发能够生成标准化、精确和准确数据的系统。在这种情况下,这里评估的系统呈现了不同形式的甲烷测量,但结果没有显着的统计差异。

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