immo!nvest – Die Plattform für Standorte und Immobilien

Tag: Engineering

  • Basel receives multi-billion euro immune research institute

    Basel receives multi-billion euro immune research institute

    The Botnar Foundation has donated one billion Swiss francs to establish the Botnar Institute of Immune Engineering (BIIE). This institute will be located in Basel, more precisely in Allschwil, and aims to develop novel immune-based solutions for the diagnosis, treatment and prevention of diseases. The BIIE is being set up in collaboration with the University of Oxford and ETH Zurich, with other international partners to follow.

    Strategic choice of location and expansion plans
    The research centre in Basel was able to prevail over renowned locations in the USA, England, Israel and Singapore. By 2027, the BIIE will move into its own building in the Switzerland Innovation Park Basel Area in Allschwil, which is being designed by Herzog & de Meuron. For the time being, the institute is housed in the Department of Biosystems Science and Engineering at ETH Zurich in Basel. It is planned that a total of 300 employees, including scientists and support staff, will work at the institute.

    Priorities and international collaborations
    BIIE will focus on the development of computer tools and immune-based solutions. Together with the University of Oxford, the Basel-Oxford Centre of Immune Engineering will be established, which will include professorships and training programmes for students. This collaboration will advance basic and clinical research, particularly for children and adolescents in poorer countries.

    Leading personalities and administration
    Stephen Wilson, former Chief Operating Officer of the La Jolla Institute for Immunology, will serve as CEO of BIIE. Sai Reddy, Professor of Systems and Synthetic Immunology at ETH Zurich, will serve as Scientific Director. Georg Holländer, an expert in molecular developmental immunology with professorships at the University of Basel, ETH Zurich and the University of Oxford, will assume the position of Global Engagement Director.

    Significant upgrade for Basel as a research centre
    The establishment of the BIIE represents a significant upgrade for Basel as a research centre. The site complements existing research groups at the D-BSSE and the Department of Biomedicine at the University of Basel and strengthens the region, which is already home to over 40 biotech and pharmaceutical companies in the field of immunology.

    Huge benefit for the Basel region
    “The BIIE will bring together a critical mass of researchers who are all experts in different aspects of immune engineering. The combination of their strengths and perspectives should result in a sum that is greater than its parts,” explains Stephen Wilson. Conradin Cramer, President of the Government of the Canton of Basel-Stadt, emphasises the importance of the institute for the region: “Basel as a strong economic region with a great philanthropic tradition will be further strengthened by the BIIE.”

    Christof Klöpper, CEO of Basel Area Business & Innovation, sees the BIIE as an enormous gain for the region: “Our life sciences location will not only be expanded by an important field of research, but will also strengthen its position on the global map of the most important research locations.”

    The generous donation from the Botnar Foundation and the collaboration with leading international institutions such as the University of Oxford and ETH Zurich position the Botnar Institute of Immune Engineering as a central institution in immune research. The new institute will further establish Basel as a top global centre for life sciences and enable significant advances in immune-based diagnostics and therapy.

  • Empa researches the recycling of plastic slats

    Empa researches the recycling of plastic slats

    Carbon fibre reinforced plastic lamellae (CFRP lamellae) are among the building materials that have not yet been reintroduced into the material cycle, Empa explains in a press release. Its researchers from the Mechanical Systems Engineering department want to remedy this situation. A corresponding research project has already found a sponsor in a foundation not named in the press release.

    The process of reinforcing bridges, car parks, building walls and ceilings made of concrete or masonry using CFRP lamellas has already been developed at Empa by its former Dübendorf director Urs Meier, according to the press release. “By significantly extending the service life of buildings and infrastructure structures, CFRP lamellae make an important contribution to increasing sustainability in the construction sector,” Giovanni Terrasi, Head of Empa’s Mechanical Systems Engineering research department, is quoted as saying. “However, we now also need to find a way to continue using the CFRP louvres beyond the service life of these buildings.”

    The first step is to develop a mechanical process that allows the lamellae to be detached from the concrete without causing damage. The researchers then want to process the demolished CFRP into reinforcements for prefabricated components. The first object the group has in mind is reinforcements for railway sleepers made from recycled concrete. This means that the “supposed waste material could play a new role in Swiss infrastructure”, writes Empa.