CO2 soll saubere Arbeit leisten: Forschungsprojekt Rheticus startet in Phase 2

Evonik und Siemens haben das gemeinsame Forschungsprojekt Rheticus II gestartet, um aus CO2 wertvolle Chemikalien zu erzeugen


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The Digest’s 2019 Multi-Slide Guide to Direct Air Capture

What is Direct Air Capture, how does it work, how does it pay, how far along is the science, how far along is commercialization?


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Elektrosynthese von Alkoholen energieeffizienter gestalten

Wie eine einstufige elektrochemische Reduktion von CO2 zu Methanol, Ethanol, Propanol und Butanol gelingt


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New material captures carbon dioxide

The captured CO2 can be converted into useful organic materials


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Negative-emission fuel agreement

Velocys’ Bayou Fuels project set to produce negative emission fuels after signing CCUS agreement with Oxy Low Carbon Ventures


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Neuer BHKW-Brennstoff: Wasserstoffbasierte Speicherkette geschlossen

Hochmoderner Haßfurter Elektrolyseur wandelt überschüssigen Strom aus Windenergie- und Solaranlagen in erneuerbaren Wasserstoff um


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From Environmental Bane to Future Raw Material

Jülich and Aachen scientists to konvert by new technologies climate-damaging greenhouse gases to a useful sustainable feedstock


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Vom Klimakiller zum Rohstoff der Zukunft

Jülicher und Aachener Wissenschaftler wollen das klimaschädliche CO2 mithilfe neuer Technologien als nachhaltigen Rohstoff nutzbar machen


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Ceramic technologies for highly efficient power-to-X processes

Fraunhofer IKTS-researchers in Dresden have developed reactors based on ceramics, which use CO2 and water vapor to produce raw materials for the chemical industry


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Keramische Technologien für hocheffiziente Power-to-X-Prozesse

Wissenschaftler des Fraunhofer IKTS haben keramikbasierte Reaktoren entwickelt, mit denen aus CO2 und Wasserdampf Grundstoffe für die chemische Industrie herstellbar sind


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World First Products made from Recycled Pollution Reduce Emissions and Keep Carbon in the Ground!

LanzaTech’s vision of a new carbon economy runs on the principle that carbon should be kept in a closed loop material cycle


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Lower CO2 emissions on the horizon for cement

Preliminary test runs at a Belgium cement plant successfully demonstrate innovative carbon capture technology


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Der Zementherstellung blühen geringere CO2-Emissionen

Erste Testläufe in einem belgischen Zementwerk zeigen die Vorzüge einer innovativen Technologie zur Kohlenstoffabscheidung auf


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Inspired by nature – Converting CO2 to valuable resources with the help of nanoparticles

Enzymes use cascade reactions to produce complex molecules from comparatively simple raw materials. Researchers have now copied this principle


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Wie die Natur – CO2 mithilfe von Nanopartikeln in Rohstoffe umwandeln

Enzyme nutzen Kaskadenreaktionen, um komplexe Moleküle aus vergleichsweise simplen Rohstoffen herzustellen. Das Prinzip haben Forscher sich abgeschaut


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The Deployment of Carbon Capture and Utilisation Technologies Takes a Key Step Forward

International Effort Establishes Global Standards to Meet Tech’s Growth and Opportunity Across Sectors


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The Deployment of Carbon Capture and Utilisation Technologies Takes a Key Step Forward

International Effort Establishes Global Standards to Meet Tech’s Growth and Opportunity Across Sectors


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Methanol vs Hydrogen: As Blue World gets underway on world’s largest methanol fuel cell manufacturing, who’s the best?

World’s largest methanol fuel cell factory is now under construction at the Port of Aalborg, and will have a yearly production capacity of 750 MW, equivalent to 50,000 fuel cell units


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Methanol vs Hydrogen: As Blue World gets underway on world’s largest methanol fuel cell manufacturing, who’s the best?

World’s largest methanol fuel cell factory is now under construction at the Port of Aalborg, and will have a yearly production capacity of 750 MW, equivalent to 50,000 fuel cell units


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Industrial Microbes and Opus 12 Awarded $1M to Turn Waste Gas into Valuable Chemicals

Breakthrough chemistry and biotechnology alliance extends iMicrobes’s ability to combat greenhouse gases


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