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The Continuous-Flow Synthesis of Ibuprofen

机译:布洛芬的连续流合成

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摘要

Organic synthesis is a powerful enterprise that continues to develop more selective and efficient chemical methods and synthetic routes. To synthesize complex molecules, whether in academic laboratories or industrial manufacturing, reactions are often performed iteratively in batch reactors. Although these stepwise methods are effective, they are also very wasteful. The pharmaceuticalindustry, for example, produces 25-100 kg of waste for every kilogram of a complex molecule synthesized. Though chemists are constantly striving to devise more efficient syntheses, recent reminders of a resource-limited world underscore the need for more sustainable methods and technologies to synthesize molecules of importance. The application of new technologies, such as microreactors, to organic synthesis can be used to achieve this goal.
机译:有机合成是一个强大的企业,它将继续开发更具选择性和效率的化学方法和合成路线。为了合成复杂分子,无论是在学术实验室还是工业生产中,反应通常都是在间歇式反应器中反复进行。尽管这些逐步方法是有效的,但它们也非常浪费。例如,制药业每合成1千克复杂分子,就会产生25-100千克废物。尽管化学家们一直在努力设计更有效的合成方法,但最近对资源有限的世界的提醒强调了需要更可持续的方法和技术来合成重要分子的需求。可将诸如微反应器之类的新技术应用于有机合成来实现此目标。

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