We are SKZ - German Plastics Center, a leading institution specializing in research, development and education in the field of plastics. With our broad network of industry partners and experts, we provide innovative solutions and customized training programs to drive progress in plastics technology. Our goal is to help companies increase their competitiveness and promote sustainable practices in plastics processing. Together, we are shaping the future of the plastics industry.
USP: Leading German R&D plastics institute: https://www.skz.de/en/; 200 people in 16 R&D groups, 100 funded projects pa, 25,000 sqm technical centres, 430 industry partners, 13,000 event participants for knowledge transfer pa.
After training in agriculture, Dr. Benedikte Hatz studied agricultural sciences at the universities of Bonn, Weihenstephan-Munich and Florida. After completing her doctorate on genetic diversity in crops, she was initially responsible for the promotion and financing of biotech start-ups for the biotechnology network BioM AG in Munich-Martinsried. After several years in the management of a biotech start-up, she was managing director of netzwerk-nordbayern, an initiative of the Free State of Bavaria for the promotion and venture capital financing of high-tech start-ups and organizer of the North Bavarian business plan competition, until 2014. Until her start at SKZ, she supported various life science spin-offs, especially from the University of Würzburg, with project management, financing, business development and management, among other things. At the SKZ, together with research groups of the SKZ, she is now responsible, among other things, for the acquisition of public research funds as well as the formation and management of larger collaborative research projects for important questions of applied research for the plastics industry.
Develop new/improved IAM i.e. plastics; develop smart material functionalities; increase & predict lifetime; improve circularity; safe and sustainable by design; (de)bonding; Integrating and scaling IAMs into leaner production; digitalization, LCA.
Develop new/improved IAM i.e. plastics; develop smart material functionalities; increase & predict lifetime; improve circularity; safe and sustainable by design; (de)bonding; Integrating and scaling IAMs into leaner production; digitalization, LCA.
Develop/selection of materials that meet/exceed PFAS properties; ensure Safe and Sustainable by design criteria; improve recyclability & circularity; reduce environmental impact and energy consumption; processing; (non)destructive testing; LCA.
Identify & fill gaps in LCA tools, methods, and data, especially for plastic processes and products; develop advanced, user-friendly LCA tools for comprehensive environmental sustainability assessment; use digital technologies; knowledge transfer;
Develop flexible and efficient production processes for plastics; increase material and energy efficiency; energy efficiency analyses; digitalization in processes; data determination and processing; improve circularity; LCA;
Develop flexible and efficient production processes for plastics; increase material and energy efficiency; energy efficiency analyses; digitalization in processes; data determination and processing; improve circularity; LCA;
Develop flexible and efficient production processes for plastics; increase material and energy efficiency; energy efficiency analyses; digitalization in processes; data determination and processing; improve circularity; LCA;
Develop sensors, e.g. US, IR, THz, Radar, thermography; data acquisition; sensor- testing in-line during the production process, on components; manufacturing, quality control, increasing precision, automation through improved sensing, predict lifetime;