催化/生物催化与可持续发展新工艺

S. Elnashaie
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引用次数: 0

摘要

在过去的二三十年里,世界见证了广泛的多学科(MD)[或交叉学科(CD)]研究浪潮,以广泛的方式推进各种技术。主要的挑战是引入不同的技术,从根本上提高不同工艺的效率,并引入依赖于新的RRMs的新工艺,以实现SD。这种从可耗尽的非rrm到不可耗尽的rrm的根本变化需要新的技术来处理这些新的和新颖的rrm。不仅如此,这些方向的研究也为挑战膜反应器和生物反应器以及其他技术的一些早期过程天花板,如热动力平衡和产品天花板打开了大门。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Catalytic/Bio-catalytic and Novel Processes for Sustainable Development
In the last 2-3 decades the world has been witnessing an extensive wave of Multi-Disciplinary (MD) [or Cross–Disciplinary (CD)] research to advance in an extensive way all kinds of technologies. The main challenge is to introduce different kinds of techniques to radically improve the efficiency of different processes and introduce new processes relying on novel RRMs in order to achieve SD. This radical change from exhaustible non-RRMs to nonexhaustible RRMs requires new novel technologies to handle these new and novel RRMs. Not only that but the researches in these directions opened the doors wide open for challenging some of the earlier processes ceilings such as the thermo-dynamic equilibrium and product ceilings using membrane reactors and bio-reactors as well as other techniques.
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