Cambridge Reactor Design now offers a collaborative network to solve your Flow Chemistry problems
Cambridge Reactor Design has initiated a new collaborative network to assist customers prepared to give Flow Chemistry a go.
Laboratories are keen to adopt the cost efficient and productive benefits of flow chemistry in their day-to-day processes. Unfortunately a lack of in-house expertise in both the technology and the available kit presents a barrier - not all chemistries are the same!
Cambridge Reactor Design are trying to solve this problem, taking away this barrier and enabling both academics and company laboratories to bring flow technologies to the mix! Our Flow Chemistry Network enables customers to access flow chemistry products, new solutions and to engage with flow chemistry experts to obtain a productive methodology.
Do you have concerns about introducing flow technologies into your laboratory? Do you need support evaluating existing chemistries?
Cambridge Reactor Design work with the biggest companies in the world and offer solutions to both laboratory and process chemists. Why try anyone else?
We were excited to work with the team at The University of Southampton. Professor Derek Pletcher says:
"I am delighted to see the Ammonite 8 spiral electrolysis cell become available for use in organic synthesis laboratories. The cell designed and developed jointly by a group in the University of Southampton and Chemical Reactor Design Ltd has unique properties that allow a high conversion in a single pass and the production of multigrams per hour. This performance make it ideal for application as a routine synthesis tool and offers a way forward for synthetic chemists to make use of the extensive literature on organic electrosynthesis."
We are pleased to say that Dr. Mikhail Kabeshov and Professor Steven Leyfrom Cambridge University now have the Ammonite8. They are happy enough but for our team at CRD, it’s not enough...
