Bacterial factories: A key to climate-friendly chemistry
The chemical industry is involved in virtually every product we use in daily life. However, it is also responsible for a significant share of global CO₂ emissions. ETH researcher Ronja Rappold wants to change that. As an ETH Pioneer Fellow, she is developing microorganisms that convert CO₂ into useful chemicals as part of her planned ETH spin-off Teno Bioworks
Bakterielle Fabriken als Schlüssel für klimafreundliche Chemie
Die chemische Industrie steckt in fast allen Alltagsprodukten ist aber zugleich für einen erheblichen Teil der globalen CO₂-Emissionen verantwortlich. ETH-Forscherin Ronja Rappold will das ändern. Als ETH Pioneer Fellow entwickelt sie mit ihrem geplanten ETH-Spin-off «Teno Bioworks» Mikroorganismen, die CO₂ in nützliche Chemikalien umwandeln
Deep tech startup Reduciner introduces novel technology to turn captured carbon into sustainable fuels
Reduciner, a deep tech startup originating from VTT, is commercialising a novel high-temperature technology that enables industrial companies to turn captured carbon dioxide (CO₂) into usable fuel and valuable industrial raw materials
TOMRA launcht KI-native Plattform der nächsten Generation und erweitert das GAINnext™-Ökosystem mit neuen Deep-Learning-Anwendungen
Die neue KI-Agent-Plattform von PolyPerception stellt eine beeindruckende Weiterentwicklung des Waste Analyzer dar – einer KI-gestützten Abfallanalyselösung, die die Sortierleistung durch lückenloses Material-Tracking verbessert
Finnish bio-based materials project advances 100% cellulose-based film and coating technology as a scalable alternative to fossil-based packaging
VTT Technical Research Centre of Finland and LUT University have advanced fully cellulose-based film and coating materials through the F3 – Films for Future bio-based materials project, enabling the packaging industry to reduce and replace plastic while meeting performance and processing requirements
All packaged up but not going anywhere: the new deal on chemical recycling
In chemical recycling, the process of breaking down the polymer molecules, and then rebuilding them, is not selective and the recycled content becomes distributed through all products, not just those that will be reprocessed back into new plastics
Ohmium and RenewCO2 Collaborate to Advance CO2-to-Chemicals Technology
Ohmium is collaborating with RenewCO₂ to bring electrochemical CO₂ conversion technology to commercial scale. Pairing RenewCO₂'s patented eCUT-FA™ catalyst technology with the Ohmium Lotus PEM electrolyzer platform and manufacturing capabilities will accelerate CO₂-to-chemicals commercialization
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