The Bioeconomy Science Center explanatory film provides a first insight into bioeconomy. It describes how interdisciplinary and integrative research cooperation on a regional scale can be organized and what is required to develop solution approaches for the challenges of the 21st century.Play video
Unfavorable and complex constraints such as limitation of agricultural areas, competing uses of renewable resources – energetically or materially – and changing consumption habits call for new cross-disciplinary approaches from the field of sustainable bioeconomy.
The sustainable production of energy and renewable resources through resource-efficient processes and the development of a closed-cycle economy is an important aspect of adapting to climate change. Already today, the concept of a sustainable bioeconomy offers many solutions for improving climate protection.more
This can only be achieved through sustainable management of our natural resources, including air, water, climate and ecosystems. A sustainable bioeconomy can provide a number of promising solutions in this area.more
Its storage capability is what makes bioenergy such an important part of the future energy mix. It is an indispensable component that can compete with energy sources such as wind and solar energy that are not always available. The sustainable bioeconomy offers solutions for developing integrated production processes for sustainable production.more
On 15th May, industry leaders and junior scientists were invited together to a one-day symposium. The event focussed on the research areas “Antibiotics research” and “Plant innovation”.more
The bioeconomy has yet to be appropriately included in international fora on innovation, climate, biodiversity and sustainable development policy. Therefore, bioeconomy needs its own independent global forum. This is what the 700 participants agreed upon at the second Global Bioeconomy Summit 2018 in Berlin.more
The Innovation prize is being awarded annually for excellent ideas in the areas of life sciences and biotechnology. In the frame of the German Biotechnology Days 2018, Dr. Felix Jakob, Prof. Ulrich Schwaneberg und Prof. Andrij Pich received the prize which is endowed with 2.000 € and sponsored by the journal BIOSpektrum. The Jury stated that the development of microgel containers for controlled release of nutrients and protective agents has the potential to solve important problems in agriculture.more
Integrative research approaches promoting the transition towards a sustainable bioeconomy in North Rhine-Westphalia (NRW) – this is the objective of the two new "FocusLabs" which will be funded for three years from 2018 onwards. These FocusLabs are part of the Bioeconomy Science Center (BioSC), NRW’s scientific centre of excellence for sustainable bioeconomy.more
We would like to thank all BioSC members and our national and international partners for their engagement and good cooperation during the last year! 2018 will be an existing and promising year for bioeconomy. Several preparations are already running and national as well as global developments indicate that the concept of an integrated bioeconomy will be internationally pushed forward.more
The 2nd International BioSC Symposium attracted around 160 people interested in the topic “Towards an Integrated Bioeconomy”. The high potential and different opportunities of the bioeconomy were highlighted in the vividly presented keynote of Prof. Lene Lange of the Technical University of Denmark. The integrated character and scientific developments of the bioeconomy were shown in presentations of the interdisciplinary research concepts of the BioSC FocusLabs and in the following sessions reflecting socioeconomic perspectives, strategies for plant production and resource management and green value chains.more
At this year’s internal retreat more than 130 BioSC members met in the Maternushaus in Cologne to learn about latest developments. While BioSC projects were presented in the morning, the afternoon presentations included as well talks about externally funded projects and information about funding programmes in the framework of bioeconomy.more
On 10 November the BioSC was presented at the yearly RWTH Aachen Science Night. The lecture given by Prof. Björn Usadel as well as the exhibition stand had many visitors.more
You can find an overview of all news articles here.
Advanced Pulping for Perennial Plants: A holistic and sustainable integrated lignocellulose biorefinery concept
The Focus lab AP³ aims to establish a novel biorefinery concept for a sustainable processing of perennial biomass grown on marginal soils and fractionated efficiently by the OrganoCat technology. The Focus lab combines worldwide leading expertise in plant biology, chemical & process engineering as well as economy in respect to social implications. AP³ will increase the potential of perennial plants by establishing and combining new varieties and management strategies coupled to advanced breeding and ameliorating their biomass processability.
Project leader: Dr. Holger Klose, Institute for biology I, RWTH Aachen Universitymore
Integration of next generation biosurfactant production into biorefinery processes
In the spirit of a sustainable bioeconomy, the Biosurfactant Biorefinery (Bio2) project aims at the development of a biorefinery process for the production of next-generation biosurfactants rhamnolipids (RLs) and mannosylerythritol lipids (MELs) with recombinant strains of Pseudomonas putida and Ustilago maydis, respectively. Interdisciplinary cooperation of seven core groups will provide a well-founded basis to establish novel and innovative solutions addressing cutting-edge process development on multiple levels.
Project leader: Dr. Georg Wandrey, AVT - Aachener Verfahrenstechnik, RWTH Aachen
Combinatorial creation of structural diversity for novel high-value compounds
Reinforcing the change of paradigm from synthetic chemistry to sustainable microbial production, CombiCom will thus exploit secondary metabolite pathways to deliver natural compounds and further extend these structures by exploring the non-natural chemical space beyond. We will pursue an integrated approach by joining forces of experts in biology, chemistry and engineering to create synthetic biology-tailored microbial chassis allowing for the sustainable production of novel high-value compounds, which will be evaluated for their anti-phytopathogenic activity and pharmaceutical potential.
Project leader: Dr. Anita Loeschcke, Institute of Molecular Enzyme Technology of the Heinrich-Heine-University Düsseldorf located at Forschungszentrum Jülichmore
Schreiber, C, Schiedung, H, Harrison, L, Briese, C, Ackermann, B, Kant, J, Schrey, SD, Hofmann, D, Singh, D, Ebenhöh, O, Amelung, W, Schurr, U, Mettler-Altmann, T, Huber, G, Jablonowski, ND and Nedbal, L (2018). Evaluating potential of green alga Chlorella vulgaris to accumulate phosphorus and to fertilize nutrient-poor soil substrates for crop plants. Journal of Applied Phycology.
Loeschcke, A, Dienst, D, Wewer, V, Hage-Hulsmann, J, Dietsch, M, Kranz-Finger, S, Huren, V, Metzger, S, Urlacher, VB, Gigolashvili, T, Kopriva, S, Axmann, IM, Drepper, T and Jaeger, KE (2017). The photosynthetic bacteria Rhodobacter capsulatus and Synechocystis sp. PCC 6803 as new hosts for cyclic plant triterpene biosynthesis. PLoS One 12(12): e0189816.
Kessenbrock, M, Klein, SM, Muller, L, Hunsche, M, Noga, G and Groth, G (2017). Novel Protein-Protein Inhibitor Based Approach to Control Plant Ethylene Responses: Synthetic Peptides for Ripening Control. Front Plant Sci 8: 1528.
23. July 2018 (first phase)
Die Ausschreibung zielt ab auf die Entwicklung biologischer Produktionssysteme, die sich durch ein neuartiges Sustratspektrum, eine erhöhte Produktvielfalt oder eine hohe Produktionseffizienz auszeichnen. Das Einsatzspektrum reicht dabei von Lebensmitteln und Medikamenten bis hin zu chemischen Komponenten für industrielle Produkte.
20. August 2018 (first phase)
Das Bundesministerium für Bildung und Forschung (BMBF) fördert FuE-Vorhaben mit dem Ziel, neue, robuste und vielseitig anwendbare Mikroorganismen für die industrielle Biotechnologie zu identifizieren und zu Plattformorganismen für die industrielle Nutzung in einer Bioökonomie weiterzuentwickeln. Dabei reichen die möglichen FuE-Aktivitäten von der Entwicklung von Hochdurchsatz-Screening-Methoden über die Charakterisierung und genetische Optimierung der Mikroorganismen bis zur Entwicklung innovativer Verfahrens- und Kultivierungskonzepte.