CCU News – Page 55

Dragons’ Den: chemical building blocks from CO2

Spin-off Oxylum (University of Antwerp) already produces formic acid from CO2 with a relatively small electrolyzer. And it can also produce other chemical building blocks. The startup is eager to scale up. During the Dragons’ Den of Transition on November 30th at Chemelot, the company is looking for chain partners. ‘The ultimate goal is a

International research project achieves record in converting carbon dioxide into fuels

In an international research project involving the Technische Universität Ilmenau, scientists have succeeded in developing a sunlight-powered device that converts carbon dioxide directly into usable fuels with an efficiency of over five percent. This brings closer the goal of not only eliminating the harmful greenhouse gas carbon dioxide, but also converting it into high-quality fuels.

Internationales Forschungsprojekt erzielt Rekordwert bei Umwandlung von Kohlendioxid in Brennstoffe

In einem internationalen Forschungsprojekt mit Beteiligung der Technischen Universität Ilmenau ist es Wissenschaftlern gelungen, ein mit Sonnenlicht betriebenes Bauelement zu entwickeln, das Kohlendioxid mit einem Wirkungsgrad von über fünf Prozent direkt in nutzbare Brennstoffe konvertiert. Damit ist das Ziel näher gerückt, das schädliche Treibhausgas Kohlendioxid nicht nur zu beseitigen, sondern es in hochwertige Treibstoffe umzuwandeln.

Mitsubishi Heavy readies launch of compact carbon capture units

Japan’s Mitsubishi Heavy Industries is preparing to launch a line of compact carbon capture units next year as demand for the technology spreads across industries and to smaller businesses. Carbon capture, utility, and storage (CCUS) is used most commonly to trap carbon dioxide produced by thermal power plants and large factories. The captured carbon is

LanzaTech Produces Ethylene from CO2, Changing the Way We Make Products Today

LanzaTech NZ, Inc. (“LanzaTech”), an innovative Carbon Capture and Transformation (“CCT”) company that transforms waste carbon into materials such as sustainable fuels, fabrics, packaging, and other products that people use in their daily lives, today announced it has successfully engineered specialized biocatalysts to directly produce ethylene from CO2 in a continuous process. This breakthrough in bacterium

CO2 to Chemicals Startup RenewCO2, Spins out of Rutgers University with Seed Round from Energy Transition Ventures

Ground-breaking eCUT process creates carbon-negative chemicals for plastics from carbon dioxide and water using renewable power Announces $2 million in seed funding from Energy Transition Ventures alongside $8 mm in non-dilutive grants and awards Executes exclusive license of novel electrolysis catalyst from Rutgers University With chemical production lending to more than fifteen percent of global industrial greenhouse gas emissions, startup RenewCO2 announced its spin-out

LanzaTech and Brookfield Form Strategic Partnership with an Initial $500 Million Commitment

LanzaTech NZ, Inc. (“LanzaTech”), an innovative Carbon Capture and Transformation (“CCT”) company that transforms waste carbon into materials such as sustainable fuels, fabrics, packaging, and other products that people use in their daily lives, announces today a funding partnership with Brookfield Renewable, and its institutional partners, to co-develop and build new commercial-scale production plants that

APPEC: Sustainable aviation fuel use rising but policy needed to accelerate uptake-Neste

Although the Asia-Pacific region is lagging Europe and North America in its adoption of sustainable aviation fuel, a strong momentum exists, with Singapore and New Zealand emerging as front runners to promote its use, Sami Jauhiainen, VP APAC Renewable Aviation at Finland’s Neste said. “We have confidence this [SAF] market will come,” Jauhiainen said. “Both

BASF and GS Engineering and Construction intend to jointly develop modular solutions for Carbon Capture

BASF and GS Engineering and Construction (GS E&C) signed a Memorandum of Understanding (MoU) on a strategic partnership to jointly develop modular solutions for Carbon Capture facilities. The partners want to develop individual package solutions from standardized elements for customers from all industries in order to remove CO2 from exhaust gases and process it so that

BASF und GS Engineering and Construction wollen gemeinsam modulare Lösungen zur CO2-Abscheidung entwickeln

BASF und GS Engineering and Construction (GS E&C) wollen gemeinsam modulare Lösungen für Anlagen zur CO2-Abscheidung erarbeiten. Die Partner wollen für Kunden aus allen Branchen individuelle Paketlösungen aus standardisierten Elementen entwickeln, um CO2 aus Abgasen zu entfernen und so aufzubereiten, dass es weiterverwendet oder gespeichert werden kann. Eine entsprechende Absichtserklärung über eine strategische Partnerschaft haben die beiden

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