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to develop enzymes that are specifically targeted at real-world waste feedstocks and commercial scale-up. We are fortunate to have a long-term relationship with Rhea’s Factory on the West Coast of
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their application technologies, recycling and reuse, and applied building physics, especially focusing on the Arctic conditions. Project description This research explores how mining waste, such as
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. Anaerobic digestate from biogas production is a promising resource containing plant nutrients and organic fibre originating from, for example, manure, food and household waste, slaughterhouse by
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-temperature sintering and with minimal material waste. The work is experimental, carried out in our own laboratories together with European industry. The EISLAB division at Luleå University of Technology
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. Facilitating this replacement would reduce production of problematic waste, and carbon emissions. At the heart of achieving such a replacement are digital tools creating a systems approach linking base
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INT-27050- SUSTAINABLE BIO-BASED PLASMA COATINGS ON NATURE-INSPIRED MICRO- TO NANOSTRUCTURED SURF...
Luxembourg Institute of Science and Technology (LIST) | Luxembourg, | Luxembourg | about 2 months agobridges scientific excellence and applied research to design solutions that address real-world challenges and create positive impact. Do you want to know more about LIST? Check our website: https
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and operations in the following areas: Soil & Groundwater; Deactivation & Decommissioning; Tank Waste; Robotics; Machine Learning; Artificial Intelligence; Cybersecurity; and Advanced Manufacturing
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and environmental goals. Through anaerobic digestion, a wide range of organic waste streams and residues can be treated while simultaneously closing nutrient cycles and producing renewable energy and
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develop innovative technologies that harness solar energy to create value from challenging waste streams. About us The Department of Chemistry and Chemical Engineering pushes the knowledge of
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contaminate water resources, ecosystems and food webs, while current treatment technologies often transfer PFAS between waste streams rather than eliminate them. Join us at Chalmers to develop a