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contribute to a new building materials revolution? Join us in developing sustainable, nature-inspired materials that capture CO₂, store energy, and transform waste into smart construction solutions. The
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utilization and industrial waste heat recovery are gaining recognition as valuable contributors to sustainable energy production. While geothermal and waste heat sources above 150 °C are commonly exploited
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: Compiling, managing, and integrating geospatial and infrastructure datasets related to industrial facilities, manufacturing processes, water and wastewater systems, solid waste streams, agricultural
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Researcher within the Chemical Catalysis and Reaction Engineering group. Our group is conducting research to enable cost-effective processes for biomass and waste feedstock conversion and chemical
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the scale-up of technologies for producing chemicals, fertilizers, and critical minerals from domestic biomass resources and waste resources. Our multidisciplinary team integrates expertise in
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-temperature gas-phase or multiphasic reactions. Experience in polymer upcycling, plastic waste conversion, or related catalytic depolymerization and valorization processes. Demonstrated experience
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, including the recovery of critical materials used in magnets, batteries, and semiconductors from mined resources and electronic waste, as well as separations for bioenergy applications. Develop new research