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Learning from nature in building sustainable chemical technology

机译:从自然中学习建设可持续的化学技术

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摘要

Increasing the efficiency of processes and products, in harmony with our environment, is essential in building a sustainable future. Geometry and chemistry in nature are interwoven in an intelligent way, from microscopic molecules to the macroscopic world. Nature's organized patterns on multiple length scales serve an important role in the efficiency of material and energy distribution and collection, and in biochemical processes. Hence nature is our quintessential teacher in realizing sustainable chemical technologies. Examples are given of nature-inspired, multiphase processes that help to circumvent classical chemical engineering problems, such as difficulties to scale-up and control, as well as transport and transfer limitations.
机译:与我们的环境和谐相处,提高流程和产品的效率对于建立可持续的未来至关重要。从微观分子到宏观世界,自然界中的几何和化学以一种智能的方式交织在一起。大自然在多个长度尺度上的有组织模式在物质和能量分配与收集的效率以及生化过程中起着重要作用。因此,自然是我们实现可持续化学技术的精髓所在。列举了自然界启发的多相过程的实例,这些过程有助于规避经典的化学工程问题,例如难以进行规模放大和控制以及运输和转移限制。

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