www.syrris.com - accelerating chemistry

Academics get to test flow chemistry system for free

Syrris announce FRX competition winners

The winning papers were; “Multiphase Gas-Liquid Reaction Processes” by the Membrane Technology Group, Faculty of Science and Technology, University of Twente, “Synthetic Studies with Flow Chemistry (including macrocyclizations, heterocycle synthesis, multicomponent condensations)” by Dr A Ganesan, the University of Southampton, and “Microreactor Control of Crystal Form and Phase” by Prof. Kenneth M. Doxsee, Department of Chemistry, University of Oregon. Leading chemistry automation product innovator, Syrris, has announced the winners of its competition to win the use of its new FRX300 flow chemistry system. Academics from around the world were asked to submit an abstract detailing the research they would carry out if they won the use of a Syrris FRX300. From the many entrants, the three most novel proposals came from the University of Twente, The Netherlands, the University of Southampton, UK, and the University of Oregon, USA. Each winner not only has one month’s free use of the FRX300, but also delivery, training and system support for this time.

The winning papers were; “Multiphase Gas-Liquid Reaction Processes” by the Membrane Technology Group, Faculty of Science and Technology, University of Twente, “Synthetic Studies with Flow Chemistry (including macrocyclizations, heterocycle synthesis, multicomponent condensations)” by Dr A Ganesan, the University of Southampton, and “Microreactor Control of Crystal Form and Phase” by Prof. Kenneth M. Doxsee, Department of Chemistry, University of Oregon. Amongst the many other entrants, there were applications covering such broad areas as nanosynthesis, LDA enolate chemistry, azide chemistry, PAT (Process Analytical Technology), formulations, azo dye chemistry and kinetic resolutions.

Designed for both solid- and solution-phase chemistry, the modular design of the FRX means that it is easy-to-use and allows the chemist to select the set-up that best suits their individual needs. The winning chemists will have the opportunity to explore the functionality of the FRX300 system, and apply this to their particular chemistry. The FRX300 prize includes 3 pump modules, a reagents store, a reactor adaptor, a tube- and micro-reactor, a pressurisation module, a Flow Liquid-Liquid Extraction (FLLEX) for compound purification and separation post reaction, and a collection module.

See below for original competition information:


 

Win FRX for a month

Syrris are offering academics the opportunity to win the use of their low-cost flow chemistry system FRX for a month.  The loan (including delivery, training and support) is designed to help promote the use of flow chemistry in academia.  As part of a continued commitment to work in partnership with leading academics across the world, Syrris has decided to run a competition to win the use of an FRX300 system (developed in collaboration with Professor Steven Ley - University of Cambridge) for a month. The winner will be chosen on the basis of the novelty of the science they plan to perfom on the system and how likely it is to succeed within the required period. During the month Syrris will work collaboratively with the winning institution with the aim of generating a jointly published paper after the 1 month is over.  Entries consisting of abstracts of no more than 500 words (plus structures/photos) should be sent to info@syrris.com.  The closing date for submissions is the 31st August 2007.

A few examples of flow chemistry can be found in the applications section of the website.  Some areas of particular interest to Syrris are listed here, experiments addressing these areas would be viewed favorably by the judging panel.

FRX300 includes:

Rules

  • Entries consisting of abstracts including graphics/structures should detail the nature and objectives of experiments for the FRX system during the loan and should be no more than 500 words.  They should be submitted in English, as word/pdf documents by email to info@syrris.com
  • Entries will be accepted from academics and postgraduate students at recognised academic institutions throughout the world.
  • Submissions will be judged on the quality of the abstract, the chemistry proposed and the feasibility of the science.
  • Any papers produced using the equipment must acknowledge the loan of the equipment from Syrris Ltd.
  • The competition is subject to the terms and conditions published on the syrris website.
  • Further information and clarification is available by email to info@syrris.com
  • Closing date for receipt of entries:31st August 2007.

Terms and Conditions

  • Syrris Ltd will provide delivery, training, return carriage and support for operation of the FRX system.
  • Syrris Ltd will inform successful entrants within two weeks of the closing date.
  • The FRX system provided will be a demonstration unit and will remain the property of Syrris Ltd at all times. As such Syrris Ltd may recall it without notice at their discretion.
  • Syrris Ltd reserve the right to use the name of the competition winner and academic institution in publicity material.
  • Details of experiments performed together with results must be presented to Syrris Ltd in the form of a written report at the conclusion of the loan period.
  • The aim of the competition is to produce data of publishable quality. Syrris Ltd reserve the rights to publish (with acknowledgement) data obtained and not published within a mutually agreed period after end of the loan period.
  • The loan is for a one month period and must be taken between 1st September 2007 and 30th November 2007.
  • The decision of the judging panel on behalf of Syrris Ltd is final.