Symyx Tools offers systems for catalytic applications from small–scale, high throughput batch reactors to large–scale fixed bed flow reactors for gas– or trickle–phase operation.

Symyx Tools offers scalable reactor systems for catalytic applications in many designs:
- Parallel Pressure Reactor carries out polymerization and other homogeneous catalytic reactions
- Symyx Heterogeneous Catalysis workflows cover all major types of catalyst synthesis including:
- Impregnation of supports
- Co-precipitation
- Sol-gel synthesis
- Solvent evaporation
- Hydrothermal techniques (including catalyst workup and recovery)
- Experiment design and definition software allow for efficient reaction planning
- Execution software allows for integration with a huge number of third party analytical devices
The larger reactors come complete with on–line gas analysis and sample collection for liquids. All reactor systems are supported by Catalyst Synthesis workflows to maximize throughput and up–time.
Screening Pressure Reactor (SPR): Rapidly screen materials in a parallel batch reactor for lower reagent use, and to enable much more rapid experimentation.
Learn moreParallel micro-autoclaves are isolated by a unique pin–hole array with a high–temperature capable gasket, allowing individual reactors to have feed stocks and catalysts of different physical properties without cross–talk.Reactor provides automated pressure, temperature, and stir rate control capabilities with easy programming of the desired conditions and ramp rates.Software continuously monitors the temperature, pressure, and stir rate of the reactor over time, with the profiles stored in a database for easy reference of actual hardware performance.
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Parallel Pressure Reactor (PPR): An automated platform for parallel synthesis and polymerization studies over a range of controlled temperatures and pressures in the chemicals and pharmaceuticals laboratory.
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Parallel Fixed Bed Reactor (PFBR): The Symyx Parallel Fixed Bed Reactor serves as a flexible platform for process and catalyst discovery and optimization, applicable for various gas, trickle and super–critical phase applications in chemicals and refining catalysis laboratories.
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