Singing at the CTO

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16th October 2017: Teambuilding - Singtar evening Verena was so kind and organized a further teamevent ...  mehr zu Singing at the CTO (Titel)

Next step in life

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24th October 2017: Time to say goodbye Our colleague Paul successfully celebrated ...  mehr zu Next step in life (Titel)

WCCE 2017, Barcelona, Spain

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1st-5th October 2017: 10th World Congress of Chemical Engineering, Barcelona, Spain Patricia and Andreas were lucky to attend ...  mehr zu WCCE 2017, Barcelona, Spain (Titel)

Chemie Tage 2017, Salzburg, Austria

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25th-28th September 2017: 17th Austrian Chemistry Days, Salzburg, Austria Our institute was well represented at this year’s ...  mehr zu Chemie Tage 2017, Salzburg, Austria (Titel)

PDDG 2017, Toarmina, Italy

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3rd-7th Sepember 2017: 32nd Polymer Degradation Discussion Group conference, Toarmina, Italy Our college Sandra visited the ...  mehr zu PDDG 2017, Toarmina, Italy (Titel)


Die folgende Link-Liste enthält oft gesuchte Begriffe in alphabethischer Reihenfolge: Link-Liste nach Häufigkeit sortieren

  1. DiMAP 
  2. Göch Vorträge 
  3. JKU Open Lab 
  4. K-fair 2016 
  5. Projects and Partners 
  6. Recent Activities of CTO 



Polyolefin Reaction Technology

Polymers are the materials of the 21st century and basically our modern life would not be possible without them. These materials cover a broad range of properties and requirements, which must be followed, analyzed and optimized in production and product development. Bench scale polymerization is key as it will both reduce costs and increase the speed of production optimization and product development. It gives high flexibility in experimental design for a broad range of parameters and is valuable in studies of catalyst and reactor performance. Our institute has the competence, equipment and resources to study polymerization of olefins for most relevant conditions and industrial processes.

An important cornerstone of our research capabilities is based on our advanced polymerization laboratory. We can study catalysts, any olefin polymerization, new monomers, process conditions and set ups.

Olefin polymerization Equipment:
• 5 L multipurpose compensation calorimeter reactor for multistage polymerizations
• 0,5 L fast screening compensation calorimeter reactor
• Micro reactor for follow-up of the polymerization under light / IR microscope
• Dedicated purification units for raw materials
• Glove box for save handling of catalysts

Polymerization capabilities:
With this equipment we will be able to collect fundamental information on the catalytic olefin polymerization in terms of:
• Influence of temperature
• Influence of catalyst system (catalyst, co-catalyst, donor), type and concentration
• Influence of pressure
• H2 response
• Influence of impurities
• Particle fragmentation, fines generation, morphology development
• Co-monomer incorporation (type)
• Two-stage polymerization inclusive post-injection of relevant components
• Differences in gas phase, liquid pool and slurry
• Molecular properties (crystallinity, MWD, CCD, …)
• Material properties

The polymerization microscope enables us to follow single particles with respect to their growth, heat balance (e.g. overheating in gas phase!) and morphogenesis.
Even in small laboratory reactors, millions of different-in-size-and-preparation catalyst particles are used and only averaged result can be produced. Single particles, especially of different size, can behave very different. This different behavior can be studied using single-particle reactors. Growth rate and particle temperature profiles (as function of time) provide a deeper insight and better understanding of the kinetic behavior of single particles. Such investigations are helpful for supporting the research work of catalyst developers and chemical engineers.

Besides our interest in polymer reaction technology and related research projects we are also capable in synthesizing small but well-defined samples on request.