Parallel Synthesizer

Parallel synthesizers are the next step in scale up from our React-7 models where larger quantities of typically liquid phase reactions can be handled in parallel mode. Top mounted stirrers allow viscous reactions and high Temperature and Pressure conditions can be safely studied along with corrosive reagents due to wide variety of Materials of Construction. These reactors are the best choice for an experimental design program to optimize synthesis conditions and also for screening catalysts. Gas pressures can be independently varied for each reactor and jacketed as well as coil cooling and heating is possible along with automatic data logging and PID control. Process development teams often use these to close material balance models and evaluate the change in heat and mass transfer from mL to L scales.

  • Combination of 4 or 6 reactors in parallel of either same or optionally different specifications.
     
  • Volume: 100 mL to 2 L
     
  • Pressures: Up to 350 bar for each reactor.
     
  • Temperature: Up to 500 °C for each reactor.
     
  • Material: SS-316, Hastelloy, Inconel, Monel, Nickel, Titanium, Zirconium, & Tantalum lined. Read more
     
  • Certifications: ASME-U Stamp / PED certified reactors, CE / CSA, Ex-proof / ATEX certified systems
     
  • Automation: High resolution programmable 10" touch screen panel with SCADA software for data logging & wireless remote control.
     
  • Auto-cooling System: High pressure water based auto-cooling system for excellent temperature control & quick cooling from high temperatures.
     
  • Head Mounting Options: Removable or fixed head with pneumatic / hydraulic raising, lowering, & tilting.
     
  • Stirrer Options: Pitch blade turbine impeller, High mass transfer gas induction impeller, Anchor & helix for various applications.
     
  • Customization of volume, temperature, pressure & design may be possible.
     
  • Applications: Alkylation, Amination, Bromination, Carboxylation, Catalytic Reduction, Chemical Synthesis, Chlorination, Dehydrogenation, Esterification, Ethoxylation, Halogenation, Hydrogenation, Material Synthesis, Methylation, Nitration, Oxidation, Ozonization, Polymerization, Sulphonation, etc.
     

Models & Specifications

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