The SpinPro Reactor is a continuous reactor that allows chemical reactions to take place in seconds in a highly controlled and safe manner. Performing reactions under process intensified conditions result in high energy- and resource efficiency, improved product quality and flexibility in production and development.
The SpinPro technology is well suited for multiphase chemistry. Liquid/gas, liquid/liquid or combinations. Furthermore, it can handle precipitation reactions. SpinPro technology is also excellent for controlled emulsification.
Read more about precise and accurate emulsification in the SpinPro in this post.
Results from small SpinPro reactors are scalable to larger SpinPro reactors.
SpinPro Reactor Specifications
The table below illustrates the SpinPro Reactor configurations. A range of options is available; higher pressures, higher temperatures, ATEX and GMP. Several setups, complete with dosing systems, are available for rent. Flowid offers process development support to assist you with continuous processing. For more information contact Flowid
Published in 'Duurzaam Geproduceerd', courtesy of Wim Raaijen AkzoNobel Industrial Chemicals wants to apply more novel process technology. The company developed a methodology to hasten it. Innovation Director Marco Waas in the new edition of Dutch [...]
Flowid demonstrated that the SpinPro Reactor is well suited for performing hazardous and pyrophoric Lithium Halogen Exchange. An extensive engineering and safety effort resulted in successful experiments. Lithium Halogen Exchange is a type of carbon-carbon [...]
Heterogeneous catalysis is of paramount importance in chemical industry, but it often involves incorporating difficult and mass transfer limited unit operations. The SpinPro Reactor has proven itself to drastically increase solid-liquid mass transfer rates, while [...]
Flowid demonstrated that the SpinPro Reactor is well suited for performing hazardous and pyrophoric Lithium Halogen Exchange. An extensive engineering and safety effort resulted in successful experiments performed in Flowid’s own facilities in Eindhoven, The [...]