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 carbide, SpinPro offers the superior chemical resistance and heat transfer needed for challenging flow chemistry applications.

  • Excellent mass transfer
  • Excellent heat transfer
  • Chemical-resistant
  • Closed system, no shaft and seals
  • Economical and safe operation due to low reactor volume
  • Scalability to SpinPro R300 for tonne-scale production
  • Modular set-up enabling customised configurations

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.

Application examples:

  • Organometallic Chemistry
  • Nitration
  • Halogenation
  • Micro-encapsulation
  • Emulsion polymerisation

SpinPro technology enables more efficient and safer process conditions while investments (CAPEX) can be reduced significantly. Often quality is improved, the yield increased with less by-product formation and the final product properties improved. Typically CAPEX reductions of 20-70% can be realised depending on the process. The main drivers are the lower costs of safety measurements and work-up installations.

In most applications we see a significant decrease in operational costs (OPEX) due to the higher efficiencies and lower work-up of the product, even to the extent that processes can be performed undiluted, saving tremendously on distillation, for example.

Further advantages are easy shutdown, cleaning and start-up. A major benefit is the flexibility to make different products in the same installation due to fast turnaround. The R10 can be stopped, cleaned and restarted within a few hours.

Please contact us;

  • Wouter Stam +31 6 2467 9774
  • Jeoffrey van den Berg +31 6 1500 3873
  • Henk Bats +31 6 5166 6215