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Synthesis, Design and Analysis of Downstream Separation in Bio-refinery Processes through a Group-Contribution Approach

机译:通过组贡献法进行生物精炼过程下游分离的合成,设计和分析

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摘要

In this paper, a novel systematic approach to simultaneously model, design, andrnsynthesize chemical and biochemical processes is presented. The core idea behind thisrnapproach is to apply the principles of the group-contribution approach for purerncomponent property prediction to the synthesis and design of chemical processrnflowsheets. The method is highlighted through a bio-refinery case study involving thernproduction of bioethanol (bioEtOH), succinic acid (SA) and diethyl succinate (DES),rnfor which, energy efficient processing options have been identified.
机译:本文提出了一种同时建模,设计和合成化学和生化过程的新颖系统方法。这种方法背后的核心思想是将用于纯组分性质预测的基团贡献方法的原理应用于化学过程流程图的合成和设计。通过涉及生物乙醇(bioEtOH),琥珀酸(SA)和琥珀酸二乙酯(DES)生产的生物精炼案例研究突出了该方法,为此,已确定了节能的处理方法。

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