Research Group
System Analysis of the BioEconomy (SABE)
Background:
The goal of a “bioeconomy” is to advance the transition from an economy mainly using fossil-based raw materials to an economy based on the efficient and sustainable integration of various renewable resources (e.g. wind, water, solar, biomass).
Under the scope of the bioeconomy (BE), the efficient and sustainable use of biomass resources focuses on trans- and interdisciplinary research between agriculture, forestry and conversion and production technologies for the efficient coupling of biological and chemical synthesis processes for the production of energy and raw materials, with a particular focus on raw materials (e.g. plastics or petroleum substitutes). To strive for gains in technological efficiency it is absolutely necessary to develop further the BE, but alone it is not sufficient.
A societal and economic transformation entailing the BE is necessary. However, the increasing demands on biomass and land will require appropriate assessments in order to support well informed decision making and planning, both at regional (where biomass resources occur) and national (where major policies are decided), to ensure the most efficient and sustainable use of biomass resources, as well as to promote synergies with other renewable resources. Furthermore, institutional, legal and social determinants influence the development and outcome of the BE by consolidating path dependencies or on the contrary by triggering change and therefore are part of the system analysis.
In this context, the working group “System Analysis of the Bioeconomy” (SABE) at the Department of Bioenergy intends to support this transition towards a bio-based economy by understanding and evaluating the BE system under a life cycle perspective. The work is done at various geographical scales (global, national, regional), in order to evaluate the potential social, economic and ecological impacts of new strategies and technologies when implemented on a region, thus providing a sound information basis for regional and national decision makers.
Our uniqueness lies on our focus on regional life cycle oriented approaches, using and developing complementary models with different scopes, and levels of detail (i.e. a LCM toolbox) to deliver a systematic analysis of the bioeconomy.
Our goals:
- understanding and evaluating the bioeconomy system under a life cycle perspective
- evaluate the potential social, economic and ecological impacts of new strategies and technologies
- providing a sound information basis for regional and national decision makers
- discuss concepts of (circular) bioeconomy with a view to sustainability as a rule for (regional) decisions
- providing effective modelling tools to conduct environmental or social life cycle assessment under the regional context
- knowledge sharing and transfering with stakehoders for sustainable bioeconomy management
Our models and tools:
RELCA (LCA for Regional Bioenergy systems)
Our projects:
KEK Monitoring − Status monitoring of the climate and energy concept of the state of Saxony-Anhalt
SYMOBIO 2.0 − Consolidating Systemic Monitoring and Modelling of the Bioeconomy
VAERCSI − Validation of the RESPONSA method through selected regional case studies
HI-CAM (Helmholtz Climate Initiative)
BRANCHES − Boosting Rural Bioeconomy Networks following multi-actor approaches
Our old projects:
SYMOBIO − Systemic Monitoring and Modelling of the Bioeconomy BioEconomy Cluster - Accompanying research
Portfolio Project "Sustainable Bioeconomy"
Project "Meilensteine 2030" (completed project)
Establishment of the Bioenergy Department (IVF) (completed project)
Related links:
Bioeconomy Cluster ("Bioökonomierat")
DKN Working Group: Sustainable, transformative and circular Bioeconomy
Paper "Management der Bioökonomie“ (PDF)