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Supply Line DOI:10.1002/cind.8512_15.x Sustainable high LED Module efficiency biocatalytic for flow hydrogenation applications UK-based HydRegen is using Borealis from Uniqsis is a new connected to the power supply. a DrySyn OCTO reaction high intensity LED lamp, available The reactor temperature is station from Asynt to help in a range of wavelengths controlled by connecting the develop a next generation (370, 410, 440, 460 and 520nm), Cold Coil to a either a cold-water biocatalyst system. HydRegen that converts its Cold Coil supply, for reactions close to (hydregenoxford.com) spun- standalone reactor module into a room temperature, or preferably out from the Vincent Group photochemical flow reactor. to a thermoregulation system. in the Dept. of Chemistry at With a safety interlock to the University of Oxford in prevent accidental exposure, the March 2021. The company lamps have a programable power is developing novel and supply that automatically detects sustainable strategies for using the wavelength of the module the growing toolbox of NADH- biocatalysis processes, while and adjusts the output. dependent redox biocatalysts operating within existing A temperature sensor and in chemical synthesis. The continuous flow hydrogenation safety cut-out protect the LEDs system allows chemical reactors. from overheating. An inert gas manufacturing to harness purge input is provided for low UNQSIS the precision of biology with temperature use. To operate as ASYNT the efficiency of catalytic a turn-key system, a coil reactor telephone +44 (0)845 8647747 hydrogenation, allowing the telephone +44 (0)1638 781709 is inserted inside the Cold Coil email info@uniqsis.com replacement of heavy metal reactor module and clamped email enquiries@asynt.com web uniqsis.com/paProductsDetail. catalysts for highly selective in place using the external web asynt.com/product/ aspx?ID=Borealis hydrogenation reactions or adjuster. The lamp unit is then drysyn-octo-reaction-station/ to decarbonise existing redox inserted into the coil reactor and th 9 SCI-RSC National Retrosynthesis Competition LEFT YOUR Following on from the success of the previous eight WHEN competitions, we are pleased to announce the 9th SCI-RSC 18 March 2022 National Retrosynthesis Competition. C&I BEHIND? WHERE The event will showcase the calibre of UK chemists from SCI, London, UK both industry and academia and provide a platform for them It’s easy to do but we have you covered. Members can to demonstrate their retrosynthetic and forward synthetic access each issue and the whole archive online by prowess. Entries will be shortlisted to a final 10 teams who visiting soci.org/chemistry-and-industry will then be invited to present before their peers and the Organised by SCI’s Young judges. Following the presentations, an exciting line up of Chemists’ Panel, SCI’s For non-members there are many free articles the UK’s leading academic and industrial synthetic chemists F ine Chemicals Group will judge the event, with the top three teams winning to peruse too. So dig out your tablets and RSC’s Heterocyclic specifically designed trophies, in addition to the acclaim and and mobiles and keep up-to-date praise from peers, colleagues and the wider Chemistry and Synthesis Group all the time. community for winning the event. Register today by visiting www.soci.or g/events E: confer ences@soci.or g T: +44 (0)20 7598 1561 www.soci.org SOCIET Y OF CHEMIC AL INDUS TRY 50 12 | DECEMBER 2021 http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Chemistry & Industry Wiley

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Chemistry & Industry , Volume 85 (12) – Dec 1, 2021

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Publisher
Wiley
Copyright
© Society of Chemical Industry 2021
ISSN
0009-3068
eISSN
2047-6329
DOI
10.1002/cind.8512_15.x
Publisher site
See Article on Publisher Site

Abstract

DOI:10.1002/cind.8512_15.x Sustainable high LED Module efficiency biocatalytic for flow hydrogenation applications UK-based HydRegen is using Borealis from Uniqsis is a new connected to the power supply. a DrySyn OCTO reaction high intensity LED lamp, available The reactor temperature is station from Asynt to help in a range of wavelengths controlled by connecting the develop a next generation (370, 410, 440, 460 and 520nm), Cold Coil to a either a cold-water biocatalyst system. HydRegen that converts its Cold Coil supply, for reactions close to (hydregenoxford.com) spun- standalone reactor module into a room temperature, or preferably out from the Vincent Group photochemical flow reactor. to a thermoregulation system. in the Dept. of Chemistry at With a safety interlock to the University of Oxford in prevent accidental exposure, the March 2021. The company lamps have a programable power is developing novel and supply that automatically detects sustainable strategies for using the wavelength of the module the growing toolbox of NADH- biocatalysis processes, while and adjusts the output. dependent redox biocatalysts operating within existing A temperature sensor and in chemical synthesis. The continuous flow hydrogenation safety cut-out protect the LEDs system allows chemical reactors. from overheating. An inert gas manufacturing to harness purge input is provided for low UNQSIS the precision of biology with temperature use. To operate as ASYNT the efficiency of catalytic a turn-key system, a coil reactor telephone +44 (0)845 8647747 hydrogenation, allowing the telephone +44 (0)1638 781709 is inserted inside the Cold Coil email info@uniqsis.com replacement of heavy metal reactor module and clamped email enquiries@asynt.com web uniqsis.com/paProductsDetail. catalysts for highly selective in place using the external web asynt.com/product/ aspx?ID=Borealis hydrogenation reactions or adjuster. The lamp unit is then drysyn-octo-reaction-station/ to decarbonise existing redox inserted into the coil reactor and th 9 SCI-RSC National Retrosynthesis Competition LEFT YOUR Following on from the success of the previous eight WHEN competitions, we are pleased to announce the 9th SCI-RSC 18 March 2022 National Retrosynthesis Competition. C&I BEHIND? WHERE The event will showcase the calibre of UK chemists from SCI, London, UK both industry and academia and provide a platform for them It’s easy to do but we have you covered. Members can to demonstrate their retrosynthetic and forward synthetic access each issue and the whole archive online by prowess. Entries will be shortlisted to a final 10 teams who visiting soci.org/chemistry-and-industry will then be invited to present before their peers and the Organised by SCI’s Young judges. Following the presentations, an exciting line up of Chemists’ Panel, SCI’s For non-members there are many free articles the UK’s leading academic and industrial synthetic chemists F ine Chemicals Group will judge the event, with the top three teams winning to peruse too. So dig out your tablets and RSC’s Heterocyclic specifically designed trophies, in addition to the acclaim and and mobiles and keep up-to-date praise from peers, colleagues and the wider Chemistry and Synthesis Group all the time. community for winning the event. Register today by visiting www.soci.or g/events E: confer ences@soci.or g T: +44 (0)20 7598 1561 www.soci.org SOCIET Y OF CHEMIC AL INDUS TRY 50 12 | DECEMBER 2021

Journal

Chemistry & IndustryWiley

Published: Dec 1, 2021

There are no references for this article.