TechCirlcePolymers – Technology Transfer for a Sustainable Circular Economy for Polymer and Biopolymer Materials

KREATIK – Circular Economy, Recyclates, Development and Acceptance through Technology, Innovation and Artificial Intelligence

Discover how TechCirclePolymers advances the circular economy of polymer and biopolymer materials. Learn how the use of renewable resources, improved recycling and reduced waste contribute to lowering greenhouse gas emissions and reducing dependence on fossil raw materials. Click here to find out more about the project and its objectives.

Discover how SmartReUSE improves the use of recyclates and thereby strengthens the circular economy of polymers. Learn how practical analyses and intelligent software provide new recommendations for the processing and additive modification of recyclates. Click here to find out more.

Discover how KREATIK advances the circular economy in the plastics industry. Learn how small and medium-sized enterprises develop sustainable products and resource-efficient processes through the use of recyclates, bio-based plastics, digital technologies and artificial intelligence. Click here to find out more about the project and its objectives.

TechCirclePolymers
SmartReUSE
KREATIK
isabell-kleiber-2

isabell.kleiber.2@
hof-university.de

M. Eng.
Isabell Kleiber
Team Leader
christin-baumgart

christin.baumgart@
hof-university.de

Dr.-Ing.
Christin Baumgart
Research Associate
26022026_fotos_webvisitenkarte_ibp_vd_EXPORT (5 von 8)

stefanie.rank@hof-university.de

Dipl.-Ing. Stefanie Rank
Research Associate
maurice-baecker-iisys_2

maurice.baecker.2@

iisys.de

Maurice Bäcker, M. Sc.
Research Associate (iisys)
david-krieg

david.krieg@

hof-university.de

David Krieg, M.Sc.
Research Associate
26022026_fotos_webvisitenkarte_ibp_vd_EXPORT (7 von 8)

andreas.irrgang.2@

hof-university.de

Andreas Irrgang, B.A.
Research Associate
SmartReUSE – AI-Controlled Optimisation of the Use of Recyclates in Plastics Processing and Plastics Production