Olive Waste Biochar Boosts CO2 Conversion to Methane
Chemical engineers at the University of Castilla-La Mancha in Spain found that olive stones, when treated with zinc chloride at high temperatures, yield activated biochars with exceptionally high surface areas that can host nickel nanoparticles for carbon dioxide methanation
Moving Advanced Recycling from Innovation to ImplementationNiutech unterzeichnet Vertrag mit weltweit führendem Energiekonzern über eine Produktionsanlage zur Pyrolyse von Kunststoffabfällen zur Herstellung von SAF
Die Anlage wird eine der Großraffinerien des Kunden modernisieren und eine durchgängige Produktion vom Pyrolyseöl aus Kunststoffabfällen bis hin zu hydriertem Sustainable Aviation Fuel (SAF) ermöglichen
Chonnam National University Researchers Investigate How Biodiesel Feedstocks and Production Pathways Affect Their Life Cycle Sustainability
Study provides biofuel producers with a practical, multi-dimensional framework for choosing feedstocks by weighing both climate impact and air pollution together
Michelin and Axens enter exclusive talks to accelerate deployment of a key bio-based molecule for green chemistry, developed with IFP Energies Nouvelles
In practice, the newly with IFPEN developed molecule 5-HMF serves as a building block for producing resins, polymers, and other more sustainable materials, progressively replacing certain petroleum-derived molecules
Raw material from the air: Green methanol despite water scarcity
CO₂ and water for green methanol captured directly from the air: A study from Jülich shows that this would be possible even in water-scarce regions around the world. The main factors determining costs are favourable wind and solar conditions
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