Flow Chemistry

The application of flow technology opens up a myriad of processing options not currently available to classical batch process chemistry.  The Research Network offers an integrated flow chemistry service, bringing together flow chemistry expertise in route and process optimisation, analytical methodologies and both large and small scale manufacture

Innovative Flow Technology Development

The application of flow photochemistry, electrochemistry, ultrasound and microwave chemistry all offer up exciting possibilities for the future of high value chemical manufacturing. We will work closely with your R&D project teams to bring innovative and valuable processes to expedite and contain costs.

Bespoke Manufacturing

We will use our flow technology expertise to implement new processes for manufacture small volume intermediates and drug candidates. This will act as a bridge from the medicinal chemistry laboratory to commercial manufacturing. If there is the demand, we will explore the options necessary for GMP flow manufacturing to support the clinical trials of our customers.

Flow process development for manufacturing

We will engage with your development team to generate the necessary process understanding for the commercial implementation of flow technology. We will then partner with an established engineering company to deliver a turnkey bespoke manufacturing solution, ensuring that at every stage the project delivers the required performance defined by our customers.

Flow Chemistry Training

We will develop training packages tailored to your requirements to include an introduction to flow chemistry covering theory, when to apply the techniques and pertinent, illustrative examples of chemistry, equipment. We can also provide hands-on demonstration of commercial flow chemistry apparatus and the option to trial your chemistry under flow conditions with an experienced chemist.

Reaction Optimisation

We offer rapid optimisation of reaction conditions using automated fraction collection.  We can also apply statistical factorial design to show where the optimal regions for your process are, as well as the sharp drops and more importantly, the interactions.

Click here for more details on the Flow Chemistry Team