Welcome to the poster session of the BioPlastics 2026 online conference.
Below each poster, you will find a link to the corresponding virtual meeting room. There, our research staff will present their projects and the results showcased on the poster.
We invite you to take this opportunity to engage directly with the researchers, ask questions, and participate in professional exchange and discussion.
Impact of Polyamide 12 on the crystallization behaviour of Polylactic acid
This project investigates how combining polylactic acid and polyamide 12 influences the structural development and processing behavior of bio-based plastics. The aim is to develop new material concepts for high-performance applications in rapid prototyping.
Contact:
Jan Wohl
HAW Kiel – Institut für Werkstoffe und Oberflächen
jan.wohl@stu.haw-kiel.de
Advancing Aquatic Biodegradation Assessment:
Environmentally Relevant Methods, Material-Specific Insights,
Future Standardization & Policy Recommendations
How quickly do biodegradable mulch films actually degrade when they enter rivers, oceans, or even the deep sea? New testing methods reveal how materials break down under real environmental conditions—supporting the development of future standards and informed policy decisions.
Contact:
Ann-Sophie Rupp
HYDRA Marine Sciences
a-s.rupp@hydramarinesciences.com
AgriRePlas demonstrates how agriculture can significantly reduce its plastic footprint—through reusable systems, recycling strategies, and, above all, biodegradable alternatives. Laboratory and field trials are establishing a solid foundation for market-ready, sustainable solutions.
Contact:
Miriam Weber
HYDRA Marine Sciences
m.weber@hydramarinesciences.com
TechCirclePolymers explores how recycling processes, bio-based feedstocks, and optimized material cycles can reduce the use of fossil resources. It highlights new pathways toward high-performance, sustainable polymer solutions.
Contact:
Dr.-Ing. Christin Baumgart christin.baumgart@hof-university.de
M.Eng. Isabell Kleiber isabell.Kleiber2@hof-university.de
SmartReUSE demonstrates how AI can optimize the use of recyclates in plastics production. Through data‑driven recommendations, material properties can be ensured, CO₂ emissions reduced, and sustainable industrial cycles advanced.
Contact:
Stefanie Rank
stefanie.rank@hof-university.de
BioSealCrys investigates how bio‑based, crystallisable polymers can be processed into sustainable packaging films with optimized seal‑seam strength — achieved through the targeted adjustment of material and process parameters.
Contact:
Franziska Bauer
franziska.bauer.2@hof-university.de
BioBra is developing biodegradable, foamed bra inserts as a sustainable alternative to PUR foam. The project demonstrates how innovative foam structures, high wearing comfort, and environmentally friendly materials can be combined.
Contact:
Fatih Duran
fatih.duran.2@hof-university.de
AgriStretch 2 is developing an innovative stretch film for silage bales that is made entirely from renewable raw materials. The goal is a bio‑based film solution that is recyclable or biodegradable, offering high UV stability and optimal mechanical properties.
Contact:
Ann-Kathrin Goller
ann-kathrin.goller@hof-university.de
LeLiTex is developing a bio‑based, water‑borne textile coating for the production of a leather‑like material. The focus lies on sustainable raw materials, long durability, and resistance to everyday wear — providing a genuine alternative to conventional synthetic leather.
Contact:
Johannes Küfner
johannes.kuefner.4@hof-university.de
bioMultiBoards is developing sprayable, sustainable fibreboards made from annual plants — entirely without conventional wood residues and without formaldehyde‑based adhesives. New binder systems and water‑saving processes illustrate pathways toward climate‑friendly materials.
Contact:
Christof Maier
christof.maier@hof-university.de
Sie haben Fragen vorab? Nehmen Sie gerne Kontakt zu uns auf:
Institut für Kreislaufwirtschaft der Bio:Polymere der Hochschule Hof (ibp)
Alfons-Goppel-Platz 1, 95028 Hof
E: ibp@hof-university.de
T: +49 9281 409-4730