CCU – Page 6 – CCU News

Chinese scientists convert CO2 into nutritious food with 74% protein yield

A groundbreaking study has unveiled an innovative method to convert carbon dioxide (CO2) and electricity into single-cell protein (SCP). This breakthrough bioprocess holds promise not only for food security but also for addressing environmental challenges related to greenhouse gas emissions. Conducted by researchers from Xi’an Jiaotong University and the Tianjin Institute of Industrial Biotechnology, both

What you need to know about carbon capture, utilization and storage

To contain the damage of climate change, reducing emissions and switching to renewable energy sources will not be enough. Removing some of the excess carbon dioxide warming our planet is critically important; however, current methods for human-directed carbon capture are expensive and inefficient. To support the development of new carbon capture technologies, nine Cornell researchers

The chance for companies to contribute to the world’s leading event: The Renewable Materials Conference

The Renewable Materials Conference (RMC) in Siegburg/Cologne (Germany) is the world’s largest conference on chemicals and materials based on biomass, carbon capture and utilisation (CCU) and advanced recycling – the only alternatives to fossil-based chemicals and materials. The unique concept of presenting all renewable material solutions in one event hits the mark. It covers the entire value chain

Die Chance für Unternehmen, zum weltführenden Event beizutragen: Renewable Materials Conference

Die Renewable Materials Conference (RMC), die erneut in Siegburg bei Köln stattfinden wird, ist die weltweit größte Konferenz für die Chemie- und Materialindustrie auf Basis von Biomasse, Kohlenstoffabscheidung und -nutzung (carbon capture and utilisation, CCU) und Advanced Recycling – den einzigen Alternativen zu Chemikalien und Materialien auf fossiler Basis. Das einzigartige Konzept, alle Lösungen für

Enhancing Biomass Project Economics with CO2 Market Opportunities

The U.S. merchant CO2 industry represents well over 20 million metric tons of consumption among a wide range of applications far beyond the obvious such as beverage carbonation, firefighting and chilling with dry ice. In fact, the lion’s share of usage has been dedicated to cryogenic freezing, chilling and gas flush applications in food processing,

Inorganic and biocatalysts work together to reduce CO2

In order to recover valuable substances from CO2, it must be reduced in many individual steps. If electrocatalysis is used for this, many potentially different potential molecules are formed, which cannot necessarily be used. Biocatalysts, on the other hand, are selective and only produce one product – but they are also very sensitive. An international

Anorganische und Biokatalysatoren reduzieren gemeinsam CO2

Um aus CO2 wertvolle Stoffe zurückzugewinnen, muss es in vielen einzelnen Schritten reduziert werden. Nutzt man dafür die Elektrokatalyse, bilden sich dabei viele potenziell verschiedene Moleküle, die man nicht unbedingt nutzen kann. Biokatalysatoren dagegen sind selektiv und stellen nur ein Produkt her – dafür sind sie aber auch sehr empfindlich. Ein internationales Forschungsteam um Prof. Dr.

Biomass Demand for Transport Fuels, Aviation and Shipping up to 2050 and Implications for Biomass Supply to the Chemical Sector

Following the Green Deal, the EU is leading the way in transforming its transport sector towards climate neutrality. The current transport regulations provide a unique long-term horizon for sustainable carbon-based fuels in aviation and shipping through the defined quotas, in particular for biomass covered by Annex IX, and synthetic CO2-based fuels. A new report by

CO2 als Rohstoff: Baustein einer klimaneutralen Kohlenstoffwirtschaft

In der öffentlichen Wahrnehmung ist Kohlenstoff – in Form von CO2 – vor allem ein Abfallprodukt der Verbrennung fossiler Energieträger, das den Klimawandel vorantreibt und deshalb so weit wie möglich vermieden werden sollte. Kohlenstoff ist aber auch ein unverzichtbarer Rohstoff, etwa in der chemischen Industrie: Er steckt in Kunststoffen, Waschmitteln, Kosmetika und vielen anderen Vor-,

Cloverdale Paint and Celanese Partner to Offer Sustainable Paint Solutions Created with Carbon Capture Technology

Cloverdale Paint has announced a partnership with Celanese Corporation, a global specialty materials and chemical company, that will leverage its carbon capture and utilization (CCU) technology to provide Cloverdale Paint with new to market sustainable paint solutions. Celanese has commercialized an approach for converting waste emissions into renewable feedstocks through CCU. The technology takes industrial

Posts with category: CCU