Pokušajte pretraživati po ključnim riječima, kodu narudžbe ili proizvoda ili serijskom broju, npr. „CM442“ ili „tehničke informacije“
Unesite minimalno 2 znaka za pokretanje pretrage.

Raman spectroscopic analysis of slurry polymerization

Borealis’ monitoring of polypropylene and polyethylene grades during olefin polymerization reactions in continuously fed loop reactors

Endress+Hauser Raman spectroscopic analyzer systems offer real-time, non-destructive measurements in a slurry mixture for process characterization and feedback control. Results confirmed the potential for using Raman spectroscopy to improve process understanding and control, with the aim of achieving specific properties of the material consistently within specification.

Raman spectroscopic analysis of slurry polymerization @Borealis

Benefits:

  • Production yield: limits off-specification material production when switching between grades and allows for faster switching

  • Production uptime: prevent unplanned shutdowns due to close monitoring of the reaction process

Alexander Standler, Expert online gas analyzer

The knowledge and know-how of Endress+Hauser to apply optical analysis in the petrochemical and polymer sectors was instrumental in improving our polymerization process development.

Alexander Standler, Expert online gas analyzer
Borealis Polyolefine

Customer challenges

Borealis sought an innovative solution to track monomer and reactant depletion and polymer product formation in a slurry, with the goal of:

  • Increasing production efficiency: Lack of precise monitoring inevitably leads to off-specification materials.

  • Improving product quality: Real-time monitoring of polymer output helps to keep material production in spec.

  • Reducing downtime: Enhanced monitoring of anomalies during the polymerization process can help limit such downtime.

Our solution

Borealis chose to partner with Endress+Hauser because of its established history as a trusted provider for Raman spectroscopy in ATEX environments. The first phase of the project was to use Raman spectroscopy at a lab-scale reactor for monitoring slurry polymerization. Success could then justify further investment and evaluate implementation at subsequent pilot and manufacturing scales. The Raman system consisted of the following components:

  • Rxn2 analyzer – 532 nm ATEX

  • Rxn-40 immersion probe

  • Jednostavni proizvodi

  • Jednostavno je odabrati, instalirati i rukovati

Tehnička izvrsnost

Jednostavnost

  • Standardni proizvodi

  • Pouzdano, robustno i s malo održavanja

Tehnička izvrsnost

Jednostavnost

  • Vrhunski proizvodi

  • Izuzetno funkcionalno i prikladno

Tehnička izvrsnost

Jednostavnost

  • Specijalizirani proizvodi

  • Dizajnirano za zahtjevne aplikacije

Tehnička izvrsnost

Jednostavnost

Promjenjivo

FLEX odabir Tehnička izvrsnost Jednostavnost
  • F
  • L
  • E
  • X

Fundamental odabir

Udovoljite svojim osnovnim potrebama u mjernju

Tehnička izvrsnost
Jednostavnost
  • F
  • L
  • E
  • X

Lean odabir

Jednostavno upravljajte svojim osnovnim procesima

Tehnička izvrsnost
Jednostavnost
  • F
  • L
  • E
  • X

Extended odabir

Optimizirajte svoje procese s inovativnim tehnologijama

Tehnička izvrsnost
Jednostavnost
  • F
  • L
  • E
  • X

Xpert odabir

Ovladajte svojim najizazovnijim aplikacijama

Tehnička izvrsnost
Jednostavnost

Promjenjivo