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New six-part lecture series "Microbes and Environmental Chemistry: Invisible Actors of Planetary Change"
The interactions of microorganisms and other living organisms with our planet will be the focus of a public lecture series by BAM and FU from 14 October 2021.
Circular economy and CO2 savings: BAM project for recycling steelmaking slag promises double benefit
Large quantities of crude iron can be recovered during steel production and at the same time a CO2-saving binder can be produced for the cement industry.
BAM is contributing its many years of expertise in the areas of corrosion and corrosion protection to the flagship project H2Mare.
BAM invites you to a digital workshop on "Sustainable Processes for a Circular Economy" on 23.09.2021
Luminescent nanocrystals: BAM develops methods for quantitative measurements of luminescent materials
The Bundesanstalt für Materialforschung und -prüfung (BAM) is developing reliable measurement methods for luminescent materials and thus closing an important gap.
The use of artificial intelligence could help in the development of alternative and climate-friendly materials. A team from BAM has developed an app that provides intuitive access. It could help to save CO2 in other areas as well.
3D printing in space: BAM and TU Clausthal test additive manufacturing under lunar and Martian gravity
Together with the Clausthal University of Technology, BAM is researching the possibility of using additive manufacturing in weightlessness to produce components, spare parts or tools as required. Now it has succeeded in printing with material that would be available on site - lunar dust.
BAM is now opening a new battery test centre in Berlin to push innovation in the field focussing on safety tests and sustainable battery materials.
METABUILDING LABS aims to support SMEs in the development of innovative and sustainable façade systems.
The project FALCONESS connects young female scientists from different disciplines for more sustainable construction in Africa. The project is coordinated by BAM and the University of Lagos in Nigeria.
The results of a BAM project with partners from science and industry promise considerable CO2 savings that can also be transferred to other areas of steel construction.
BAM is represented at the "Week of the Environment" by the Federal President and the German Federal Foundation for the Environment with a new measuring method for microplastics.
BAM coordinates a new research network that aims to promote interdisciplinary exchange on microbially influenced corrosion (MIC).
CO2 reduction: BAM research targets the production of useful chemicals by conversion of the climate gas
With the help of bacteria, versatile chemicals can be obtained from the harmful climate gas CO2. In a new research project, BAM is testing new materials to make the method more cost-effective and quickly scalable.
A team at BAM has succeeded in measuring internal stresses non-destructively on complex components produced using 3D printing - a key to improving production processes.