Process Development

At Flowid we have a variety of equipment available for the best solution. A fully equipped laboratory and a dedicated pilot hal is part of Flowid’s infrastructure. Testing is possible on laboratory, pilot and scale.

Process development examples:

Industry goes with the Flow

Flowid looks at the implementation of continuous manufacturing in the speciality chemicals and pharmaceutical industries Whilst continuous production, or flow, is a mainstream technology in the petrochemical industry, it has seen only limited implementation in [...]

SpinPro R10 – Flow reactor, for chemical process development and production

SpinPro R10 is our small-scale ceramic (SiC) flow reactor, suited for chemical process development and production. SpinPro R10 enables processes to be developed and directly scaled to tonne-scale production using SpinPro R300. Made from silicon [...]

Butyl-Lithium Chemistry in the Flowid SpinPro Reactors

Flowid has performed experiments to improve the efficiency and safety of highly hazardous lithium-halogen exchange reactions. These experiments show the advantages of using the SpinPro technology versus conventional batch technology for these kinds of reactions. [...]

Buchem Experiences the Advantages of Flow Chemistry

Chemtrix, Flowid & Buchem are proud to announce their collaboration on a joint project in the area of flow chemistry. Buchem specializes in the development, manufacture & worldwide sales of chemicals for the laboratory, hospital [...]

Precise and Accurate Emulsification in the SpinPro

The SpinPro is unique in the field of emulsification as it allows for a high degree of freedom on the amount of shear that is applied to the emulsifying fluids, independent of the total throughput [...]

Making the impossible possible: Butyl Lithium chemistry

The companies ChemConnection B.V., Ajinomoto Omnichem N.V. and Flowid B.V., in cooperation with ISPT, started a combined project, partially funded by the Netherlands Enterprise Agency (RVO), to investigate the potential of performing organic synthesis with [...]