Continuous Chemistry in Microreaction Systems for Practical Use

Handling manufacturing processes in microstructured continuous systems offers a variety of benefits to chemical as well as process performance. In this report, representative examples are given for profits in general process development, high exothermic/hazardous reactions, handling of pro...

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Main Authors: Gernot Müller, Theo Gaupp, Fabian Wahl, Gregor Wille
Format: Article
Language:deu
Published: Swiss Chemical Society 2006-09-01
Series:CHIMIA
Subjects:
Online Access:https://chimia.ch/chimia/article/view/4216
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author Gernot Müller
Theo Gaupp
Fabian Wahl
Gregor Wille
author_facet Gernot Müller
Theo Gaupp
Fabian Wahl
Gregor Wille
author_sort Gernot Müller
collection DOAJ
description Handling manufacturing processes in microstructured continuous systems offers a variety of benefits to chemical as well as process performance. In this report, representative examples are given for profits in general process development, high exothermic/hazardous reactions, handling of products that are unstable under reaction conditions and product profile improvement. Specific focus was aimed at reasonable timeframes for 0.5–1 kg campaigns by using commercially available microreaction technology. After analyzing the individual contributions of flow technology, we assembled a competitive minimal microreaction system comprising all essential parts for running effective continuous chemistry.
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spelling doaj.art-76da6feb3c6044e7bfa8177b557aabdc2022-12-22T02:46:01ZdeuSwiss Chemical SocietyCHIMIA0009-42932673-24242006-09-0160910.2533/chimia.2006.618Continuous Chemistry in Microreaction Systems for Practical UseGernot MüllerTheo GauppFabian WahlGregor Wille Handling manufacturing processes in microstructured continuous systems offers a variety of benefits to chemical as well as process performance. In this report, representative examples are given for profits in general process development, high exothermic/hazardous reactions, handling of products that are unstable under reaction conditions and product profile improvement. Specific focus was aimed at reasonable timeframes for 0.5–1 kg campaigns by using commercially available microreaction technology. After analyzing the individual contributions of flow technology, we assembled a competitive minimal microreaction system comprising all essential parts for running effective continuous chemistry. https://chimia.ch/chimia/article/view/4216Continuous chemistryKilogram synthesisMicroreaction technologyProcess intensificationScale-up
spellingShingle Gernot Müller
Theo Gaupp
Fabian Wahl
Gregor Wille
Continuous Chemistry in Microreaction Systems for Practical Use
CHIMIA
Continuous chemistry
Kilogram synthesis
Microreaction technology
Process intensification
Scale-up
title Continuous Chemistry in Microreaction Systems for Practical Use
title_full Continuous Chemistry in Microreaction Systems for Practical Use
title_fullStr Continuous Chemistry in Microreaction Systems for Practical Use
title_full_unstemmed Continuous Chemistry in Microreaction Systems for Practical Use
title_short Continuous Chemistry in Microreaction Systems for Practical Use
title_sort continuous chemistry in microreaction systems for practical use
topic Continuous chemistry
Kilogram synthesis
Microreaction technology
Process intensification
Scale-up
url https://chimia.ch/chimia/article/view/4216
work_keys_str_mv AT gernotmuller continuouschemistryinmicroreactionsystemsforpracticaluse
AT theogaupp continuouschemistryinmicroreactionsystemsforpracticaluse
AT fabianwahl continuouschemistryinmicroreactionsystemsforpracticaluse
AT gregorwille continuouschemistryinmicroreactionsystemsforpracticaluse