Research • Educate • Connect
Towards a sustainable bioeconomy

Research • Educate • Connect
Towards a sustainable bioeconomy
Generation B Project FiberSysTain

Leveraging Systems Knowledge to Enhance Sustainable Practices in a Thriving Pulp and Paper Industry

Part A: Young scientist`s project

The paper industry is an integral part of the bioeconomy, achieving remarkable recycling rates and implementing circular value chains especially in wide parts of Europe. However, the sector's circular characteristics have not automatically led to increased sustainability across all sustainability dimensions. Substantial challenges remain, among other high energy demands in production processes, and significant land and water requirements for fiber production. Progress towards the Sustainable Development Goals (SDGs) thus requires far-reaching interventions in this well-functioning system. For the sector to become future-proof, significant adaptations are currently explored and initiated in essential areas, e.g., through the introduction of alternative fibers and new production processes driven by technological innovations. These will lead to system changes on various levels. Utilizing a comprehensive monitoring system, the FiberSysTain project employs a systems analysis approach to understand the dynamics triggered by simultaneous changes at multiple junctures. The well-established paper industry of Germany serves as a best-practice case-study, while the developed model specifically accounts for international trade-dynamics and network structures. This effort provides vital insights for stakeholders and decision-makers, aiming to contribute to a sustainable future for the industry. Scientifically, it enhances system knowledge applicable to other bioeconomy sectors; socially, it offers crucial information to prevent maldevelopments early; and economically, it supports strategy development to strengthen sector resilience and understand the impacts of technological innovation.

 

Part B: Mentoring Tandem Project

The mentor-mentee relationship fosters interdisciplinary collaboration with great potential, broadening the mentee's career perspectives through industry insights and offering the mentor the opportunity to shape research and knowledge transfer. The program includes mentoring, training and networking modules focused on the mentee's development and expert knowledge preservation. Simultaneously, the mentor looks forward to gaining new perspectives and strengthens connections between industry and the scientific community through ongoing interactions with the research team.

Bioeconomy Generation Mentoring Tandem

Young scientist and project coordinator
Florian Siekmann
Jülich Systems Analysis (ICE-2)
Forschungszentrum Jülich
email: f.siekmann[at]fz-juelich.de

Mentor
Dipl.-Ing. Gerhard Hochstein
Hochstein Management Solutions
BUGH Wuppertal
Gesellschafteraussuss Modellfabrik Papier
email: Gerd[at]hochstein-management.de

 

Funding period

01.01.2025 - 31.07.2027