How to ramp up your multimodal polyolefins research

Increase your throughput, enhance your data quality and improve scalability
using a ground-breaking laboratory platform

Join Anton Nagy and Karl Kawretzke of ILS

Learn how multistage polyolefin experimental throughput can be increased by 600% compared with traditional methods using this  novel system to conduct ground-breaking research for a global polymer research centre. This interactive webinar will allow you to see real data and ask the presenters questions.

  • Advanced polymer synthesis

    Multimodal slurry and gas-phase processes are accurately mimicked by fast transitioning with fully-independent control of all parameters including gas-headspace composition.

  • Manual handling reduced

    Seamless integration of a slurries-handling robot in a fully-inert glove-box prevents catalyst poisoning and reduces manual effort and error.

  • Parallel synthesis

    Modular reactor design allows easy numbering up of parallel experiments from 1 to many reactors with volumes up to 3L to accelerate your experimental throughput.

  • Bridges the gap to scale-up

    Synthesise up to 100g of the desired product to make full materials characterisation possible.

  • Data quality improved

    Reactor volumes of 500ml or greater provide higher-quality data and support kinetic modeling and reaction calorimetry.
     

  • Anton Nagy

    CEO and Founder of ILS with decades of process engineering and research experience

  • Karl Kawretzke

    ILS Project Leader who managed the successful build and commissioning of the advanced polymer unit

  • Alasdair Graham

    COO of ILS and experienced researcher in product and process development areas

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