A UNIQUE TOOL FOR THE RESEARCH ON THE MATERIAL OF THE FUTURE
ForMAX is a unique investment to facilitate research on new and improved materials based on components from wood and its manufacturing processes, with the purpose of contributing to a future sustainable society. ForMAX is made possible by a donation from Knut and Alice Wallenberg Foundation and the industry’s investment in Treesearch. During fall 2022 the first experiments at ForMAX will be carried out.
The ForMAX synchrotron beamline at the MAX IV synchrotron in Lund will be an instrument dedicated to solve research questions regarding biogases materials and processes. The beamline features a tailor-made combination of experimental techniques providing unique opportunities for advanced material characterization and the ability to follow complex real-time processes. ForMAX will also serve as a portal to make available other instruments and measurement techniques on MAX IV, all of which may be useful for research on biobased materials.
ForMAX is a collaboration between Knut and Alice Wallenberg Foundation and the Swedish forest industry, where KAW finances the construction of the beamline with a donation of 100 million kronor and the industry will contribute to the operations with SEK 8 million yearly for ten years, ensured through Treesearch. Through this commitment, researchers active in research projects associated to Treesearch will be offered priority access to advanced characterization based on synchrotron light at MAX IV. By contributing to close and successful research collaboration between academia and industry, ForMAX will contribute to the Swedish forest industry’s competitiveness.
The construction of ForMAX started e2019, and the beamline will be operational fall 2022.
For technical specifications for ForMAX, please visit MAX IV’s webpage.
ForMAX Infrastructure Webinar Series
Welcome to a webinar series on the ForMAX infrastructure! Take the opportunity to learn more about the MAX IV laboratory, the ForMAX beamline, and how to get access to the instrument.