Bioreactor for Carbon Capture: Model and Explanation

M.A.G. Angkasa
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Abstract

Currently, there are several alternative measures to reduce carbon emissions. One of them is by utilizing the reactions of organisms that can process carbon into certain substances. This process is in a vessel called a reactor, so it is often also referred to as a bioreactor. Laboratory-scale trials have often been carried out, but finding out how the role of several parameters in the success of reducing carbon content is also important to consider, before being carried out on a larger scale or further to be developed. So, it is necessary to make a model that can perform the sensitivity of several parameters that affect the effectiveness of the work of the bioreactor. This model is made by accommodating all thermodynamic equations and reaction kinematics, so it is hoped that it will be able to give a clearer picture of how the bioreactor works and the opportunity to develop.
碳捕获生物反应器:模型与解释
目前,有几种替代措施来减少碳排放。其中之一是利用生物的反应,将碳加工成某些物质。这个过程是在一个叫做反应器的容器中进行的,所以它通常也被称为生物反应器。经常进行实验室规模的试验,但在进行更大规模或进一步开发之前,找出几个参数在成功降低碳含量中的作用也很重要。因此,有必要建立一个能够对影响生物反应器工作效率的几个参数的灵敏度进行计算的模型。该模型是通过容纳所有热力学方程和反应运动学而建立的,因此希望它能够更清晰地描述生物反应器的工作原理和发展机会。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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