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Hydrogenation: Batch to Continuous

Mechanically stirred reactors are the most practical solution for gas/liquid reactions at the plant scale since such processes generally require efficient mixing for extended periods. The Coflore ACR is a mechanically stirred flow reactor with a reactor channel divided into

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Posted in Applications, Case Studies, Grants

Aug 2013 – AM Technology secures investment for flow reactor supply chain development

The investment will fund the R&D activity required for AM Technology to engineer a patented chemical flow reactor on a large scale from testing facilities in Runcorn, whilst Autico will develop the software for a new process control system which

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Biocatalytic oxidase: Batch to continuous

The output from Project Biochemist has been published in the Chemical Engineering Research and Design journal.  The work involved the development of a bioprocess for an oxidation reaction catalysed by D-amino acid oxidase. It involved starting from a simple lab scale

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Posted in Applications, Grants, Publications

Apr 2012 – AM Technology Piles on the Pressure

AM Technology are proud to announce their participation in a new collaborative TSB funded project; Bio-press. Bio-press sees the renewed partnership with synthetic biology company; Ingenza and Contract Research Organisation (CRO); C-Tech Innovations. Bio-press’s 9 month objective is to develop

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CASE STUDY: Biocatalytic Oxidase in the Coflore ACR

The Coflore Agitated Cell reactor (ACR) is a dynamically mixed plug flow reactor. It employs multiple discrete (interlinked) reaction cells, to give good mixing and plug flow for reaction times from a few seconds to many hours. The use of

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