Process understanding and reaction optimisation services

Improve the efficiency and scalability of your process

Efficient catalyst processes are the key to reducing cost, improving selectivity, and ensuring reliable scale-up. Our experts work with you to refine every aspect of your transformation, delivering performance and value at every stage.

Lower cost by optimising catalyst use

  • Reducing catalyst loading and maximising yield and selectivity.
  • Identifying optimal conditions, solvents, and temperatures.
  • Applying cost modelling to determine the most efficient catalyst usage.

Greater selectivity for enhanced efficiency

  • Obtaining critical scale-up insights such as quality of feedstock impact and mass transfer requirements.
  • Kinetic modelling to understand reaction rates, catalyst inhibition, and/or deactivation.
  • Characterisation of side produxts to support reaction optimisation.

Scalable success from lab to production

  • Testing capabilities include parallel and stand-alone reactor studies, detailed kinetic studies and catalyst fate studies to guide removal strategies and metal recovery.
  • Metal distribution mapping to support refining and purification
  • Proven track record solving complex scale-up challenges.

How we deliver on reaction optimisation

  • Dedicated expertise: Our team of highly specialised chemists is experienced in developing catalytic processes across diverse industries and transformation types.
  • Lab-scale optimisation: Utilising advanced lab equipment including high-throughput optimisation modules, benchtop pressure reactors, and jacketed reactors.
  • Integrated analytical support: Our analytical capabilities include HPLC, UPLC, GC, NMR, GCMS, LCMS, KF and DSC.
  • Advanced analytical facilities: Leveraging our corporate research centre, including surface and metal analysis, solid-state NMR and crystallography, elemental analysis and ICP for metal content determination.

Get in touch

Send us a message to request a quote or ask our advice. We'd be happy to hear from you.