Fehlende Erkenntnisse zur Langzeitstabilität erschweren eine industrielle Anwendung der Elektrolyse

Fraunhofer UMSICHT-EpertInnen haben die elektrochemische CO2-Reduktion gemeinsam mit Wissenschaftlern der Ruhr-Universität Bochum und der Universität Stuttgart untersucht


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This start-up makes vodka out of CO2 emissions, and it’s backed by Toyota and JetBlue

The three-year-old start-up’s vodka is a luxury brand, costing about $65 bottle


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Converting CO2 through electrochemistry – The WaterProof Project

Starting soon, the new research project WaterProof aims at closing the waste(water) carbon loop by creating a novel biorefinery concept converting CO2 emissions from urban waste treatment facilities into valuable green consumer-products. The objective is a technology resulting in a GHG reduction based on CO2 utilization, replacement of fossil feedstock and industrial electrification


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CO2-Umwandlung durch elektrochemische Prozesse – Das WaterProof-Projekt

Das im Juni startende Forschungsprojekt WaterProof zielt darauf ab, den Kohlenstoffkreislauf von Abfällen und Abwässern zu schließen, indem es ein neuartiges Bioraffineriekonzept entwickelt, das CO2-Emissionen städtischer Abfallverarbeitungsanlagen in wertvolle grüne Verbraucherprodukte umwandelt. Das Ziel besteht in einer Technologie, die maßgeblich zu einer Reduzierung von Treibhausgasen auf der Grundlage einer effektiven CO2-Nutzung, dem Ersatz fossiler Rohstoffe und industrieller Elektrifizierung beiträgt.


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Lights, Catalyst, Reaction! Converting CO2 to Formic Acid Using an Alumina-supported, Iron-based Compound

Research team from Tokyo Tech has developed a method of converting excess atmospheric CO2 into energy-rich chemicals


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Many advanced and proven solutions to replace fossil carbon in chemistry and materials already available

Electrochemical transformation of CO₂, a natural polymer for paper and cardboard coating and material-to-material molecular recycling of plastic waste are the winners of the innovation award “Renewable Material of the Year 2022”


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Viele fortschrittliche und bewährte Lösungen zur Substitution fossilen Kohlenstoffs in Chemie und Materialien bereits verfügbar

Elektrochemische Umwandlung von CO2, ein natürliches Polymer zur Beschichtung von Papier und Pappe, und molekulares Recycling von Kunststoffabfällen sind die Gewinner des Innovationspreises "Renewable Material of the Year 2022"


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Breakthrough for cows: NovoNutrients achieves “beef-quality” protein from CO2 instead of cattle

Outperforms plant proteins, on path to deliver beef-level nutrition at soy cost


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Scientists solve the Mystery about the Active Phase in Catalytic Carbon Dioxide Reduction

An international research team led by researchers of Stockholm University has for the first time been able to study the surface of a copper-zinc catalyst when carbon dioxide is reduced to methanol


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Wie eine Bodenmikrobe die künstliche Photosynthese ankurbeln könnte

Das Geheimnis ist ein Enzym, das mit den Reaktionsbestandteilen "jongliert"


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UBC spin-off companies win $2 million in competition for carbon removal technology funded by the Musk Foundation

In this Q&A, two of Carbin Minerals’ founders, Dr. Greg Dipple and Bethany Ladd, discuss what the future holds for the company


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First ‘MechanicalTree’ installed on ASU’s Tempe campus

Carbon Collect’s MechanicalTree, based on the research of ASU engineer Klaus Lackner, will collect carbon from the atmosphere and help fight climate change


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First ‘MechanicalTree’ installed on ASU’s Tempe campus

Carbon Collect’s MechanicalTree, based on the research of ASU engineer Klaus Lackner, will collect carbon from the atmosphere and help fight climate change


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Hybrid Electro-biosystem Upcycles Carbon Dioxide into Energy-rich Long-chain Compounds

Artificial upcycling of carbon dioxide (CO2) into value-added products in a sustainable manner represents an opportunity to tackle environmental issues and realize a circular economy


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