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FT - Projects

Food Technology

Projects

Below please find a selection of ongoing research projects. Project descriptions for several of them are publicly available on websites which can be linked to from this page:

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  1. A novel sustainable bioprocess to obtain nutritious single cell protein

    Clarissa Schwab & Mario Martinez-Martinez

    AUFF Flagship CellFood Project SupportDescription

    01/09-202331/12-2024

  2. Chemo-mechanical upcycling of the stale bread waste matrix into a high-performance packaging material

    Mario Martinez-Martinez

    Stale bread waste mainly consists of starch, gluten and arabynoxylans with huge potential for utilization as future biodegradable materials. This explorative project builds on a novel idea and will deliver a scientific breakthrough to fill a current gap in the state-of-the-art by explaining the direct conversion of the stale bread matrix into 100 % biodegradable films with good water resistivity and mechanical properties. Combining crosslinking with food grade catalysts, and reactive extrusion, a novel biomaterial will be prepared. Films will be evaluated in terms of molecular conformations and interactions, moisture sensitivity, and mechanical performance, using advanced chromatography, spectroscopy and microscopy. This will lay the foundation for future rational improvements of the polymer matrix, crosslinking agent and process conditions.

    Financing: DFF-Forskningsprojekt1/DFF-Research Project 1Description

    01/01-202201/01-2025

  3. From proteins to foams: understanding the whipping behavior of plant albumins (ProFOAM)

    Ruifen Li , Rajmund Mokso , Leonardo Chiappisi & Milena Corredig

    ProFOAM is a fundamental research project aiming at understanding the mechanisms underpinning the foaming properties of plant albumins. The project will apply a wide range of soft matter tools at multiple length scales, together with an in-depth molecular understanding of the plant albumins.
    The funding will initiate a new area of expertise in Denmark, through the mentoring of Prof. Corredig at AU and the close collaboration with renowned researchers at DTU (DK) and ILL (FR), with expertise in the structure of aqueous foam at the micro-scale.
    Description

    01/01-202331/12-2025