Examples of fuels produced from biomass are biomethane, renewable natural gas (RNG), biogenic hydrogen, biokerosene, biomethanol, bioethanol and higher alcohols. However, in future, care must be taken to avoid the well-documented conflict between crops used for food and those used for fuel production. The bioeconomy strategy therefore calls for only using the biomass that cannot be used for producing food. Microalgae, biowaste and residual materials have huge potential in this area.
Article - 13-Mar-2017
Biogas plants have become a familiar sight in Baden-Württemberg's rural areas. It might therefore be expected that broad experience exists in the comprehensive evaluation of this type of energy generation from renewable resources or organic materials. However, scientists draw a very differentiated picture. It is difficult to make any generalisations, although the analysis of individual facets can provide further help.
Article - 18-Jan-2017
In 2015, almost a third of Germany's electricity came from wind, sun and biomass. We need to continue reducing CO2 emissions to become even less dependent on fossil fuels such as coal and petroleum, and thus make electricity generation even more climate friendly. Baden-Württemberg has set an ambitious target for the shift in direction from nuclear and fossil fuels to renewable energy sources: reducing current energy consumption by 50% and replacing 80% of the energy used with energy generated from renewable sources, thus reducing greenhouse gas emissions by 90%.
Article - 12-Jan-2017
The efficient recycling of biowaste makes an enormous contribution to the bioeconomy and climate protection. Researchers in the Department of Waste Management and Emissions headed up by Prof. Dr.-Ing. Martin Kranert at the Institute for Sanitary Engineering, Water Quality and Solid Waste Management (ISWA) at the University of Stuttgart, are exploring the optimisation potential of biowaste recovery.
Article - 12-Sep-2016
In the EU alone, more than 250,000 tons of seashell waste are discarded every year. The exoskeleton of crustaceans consists of proteins, calcium carbonate and chitin, a long-chain sugar molecule which could be used to produce valuable building blocks for the polymer industry. Scientists from the Fraunhofer Institute for Interfacial Engineering and Biotechnology (IGB) in Stuttgart have developed a biotechnological process aimed at a sustainable use of this type of waste in the future.
Article - 23-Aug-2016
A project called ”Energiebündel & Flowerpower" run by the “Netzwerk Streuobst Mössingen" has established a complex local recycling network for biomass from meadow orchards. The network involves the city of Mössingen, the neighbouring municipality of Nehren, the KFB institution for the physically disabled and their self-help work group called “Streuobst und Naturschutz”, a biogas operator from Nehren, a start-up company called Vital Carbon, a wood pellet company and first and foremost the owners of small orchards around the city of Mössingen.
Article - 07-Jul-2016
Experts from various industries met in Stuttgart on 15th June 2016 to kick off the Special Interest Group (SIG) for Marketing, Communication, Ecobalance and Sustainability, which is the second of four SIGs that will be established under the auspices of the ”Akteursplattform Bioökonomie Baden-Württemberg”.
Article - 30-May-2016
Chemical model systems can be used to study the processes of plant photosynthesis with the goal of tapping sunlight as a source for covering the energy needs of the future. Researchers from Ulm have now developed an artificial leaf based on a manganese-vanadium oxide catalyst which can effectively carry out the critical photocatalytic reaction of splitting water molecules into hydrogen ions and molecular oxygen.
Article - 19-May-2016
BBW ForWerts, the graduate programme within Baden-Württemberg’s strategic Bioeconomy Research Programme, offers PhD students a three-year interdisciplinary curriculum to work on their own research project and gain insights into other bioeconomy-related research priorities. The interdisciplinary approach, which also includes working with industrial partners and research institutions, provides students with the knowledge required for making the structural shift to a sustainable biobased economy and dealing with the associated challenges.