Process Intensification and its Applications - A Critical Review

Sarthak S Vaidya, Haribalakrishnammal Vaidyanathan, S. Dhokpande
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Abstract

The problems faced by the various industries are high energy consumption which further increases the cost of production followed by reduced productivity and conversion, longer residence time, and pollution caused by industrial waste. Many researchers have found various alternative pathways to overcome these drawbacks. The same products were obtained in a better way by process intensification. Any process can be intensified either by introducing entirely a new process or by combing two or more conventional methods to form a new hybrid process e.greactive distillation, micro-reactors, etc. Due to an increase in population and less availability of land, reducing the chemical plant footprints is highly appreciable which is possible by process intensification. In this paper, we have reviewed the majority of the processes that have been intensified into a new process such as bioprocesses, extraction, distillation, leaching, Biofuels production, Desalination, etc.
过程强化及其应用综述
各行业面临的问题是能源消耗高,生产成本随之增加,生产率和转化率降低,停留时间长,工业废物造成污染。许多研究人员已经找到了各种替代途径来克服这些缺点。通过工艺强化,可以得到相同的产品。任何工艺都可以通过引入一种全新的工艺或将两种或两种以上的传统方法结合起来形成一种新的混合工艺(如活性蒸馏、微反应器等)来强化。由于人口的增加和可用土地的减少,减少化工厂的足迹是非常值得赞赏的,这可以通过过程集约化来实现。本文综述了生物工艺、提取、蒸馏、浸出、生物燃料生产、海水淡化等已被强化为新工艺的大部分工艺。
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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