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Modelling and simulation of dry anaerobic fermentation

机译:干式厌氧发酵的建模与仿真

摘要

The paper is focused on mathematical modelling and computer simulation of the anaerobic fermentation mechanism for neutral or slightly acid and acid fermentation. Degradation of organic substances to final products, methane and carbon dioxide, involves their coordinated metabolic cooperation. A product of one microorganism group turns into substrate for the subsequent ones. Generally, the studied anaerobic fermentation processes progress in four stadiums, therefore a mathematical model of four-level decomposition is used. All mentioned processes were modeled through differential equations and computed and simulated in the MATLAB+SIMULINK environment.
机译:本文着重于中性或轻度酸和酸发酵的厌氧发酵机理的数学建模和计算机模拟。将有机物质降解为最终产物甲烷和二氧化碳涉及其协调的代谢合作。一个微生物群的产物变成后续微生物的底物。通常,所研究的厌氧发酵过程在四个运动场中进行,因此使用了四级分解的数学模型。所有提到的过程都通过微分方程建模,并在MATLAB + SIMULINK环境中进行了计算和仿真。

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