CCU News – Page 67

Tenaris, Saipem and SIAD sign a MoU for the study of a carbon capture and utilization project in Dalmine, Italy

Tenaris, Saipem and SIAD have signed a Memorandum of Understanding (MoU) to start the design phase of a carbon dioxide capture and utilization (CCU) plant, to be built at the Tenaris plant in Dalmine, northern Italy. The project covers the capture of 30 tons of CO2 per day produced by the thermoelectric power plant installed

Mechanische Wälder in Arizona sollen das Klimagas CO2 aus der Atmosphäre saugen

Die künstlichen “Bäume” sind tausendmal so effizient darin, CO2 zu binden, wie ihre organischen Verbände. Sie sollen das CO2 aber nicht nur speichern, sondern Teil eines CO2-Kreislaufsystems werden. Wie kann man den Klimawandel bekämpfen? Weniger fossile Brennstoffe zu verbrauchten, ist eine Methode. Besser ist es aber, das Klimagas wieder aus der Atmosphäre zu entnehmen. Heute

Aker Carbon Capture, Altera Infrastructure and Höegh LNG to collaborate on full value-chain offerings for carbon capture and storage

Aker Carbon Capture, Altera Infrastructure and Höegh LNG have entered a non-exclusive collaboration to explore a full value chain offering for carbon capture, utilization, and storage (CCUS). “Strategic partnerships with providers of CO2 processing, transport and storage capabilities help to optimize the value chain to fast-track the deployment of carbon capture utilization and storage. We

EU Accelerator funds three bioeconomy start-ups

The European Innovation Council (EIC) Accelerator has distributed €627 million to 99 startups and SMEs in its latest and largest funding round to date. Twelve German companies were among the beneficiaries – including BIOWEG, CO2BioClean and Genome Biologics. The funds come from the Horizon Europe program. Biobased substances for cosmetics, health and nutrition Founded in

EU-Accelerator fördert drei Bioökonomie-Start-ups

Der European Innovation Council (EIC) Accelerator hat in seiner jüngsten und bislang größten Finanzierungsrunde 627 Mio. Euro an 99 Start-ups und KMU ausgeschüttet. Auch zwölf deutsche Firmen profitieren – darunter BIOWEG, CO2BioClean und Genome Biologics. Die Mittel stammen aus dem Horizon-Europe-Programm. Biobasierte Stoffe für Kosmetik, Gesundheit und Ernährung BIOWEG wurde 2019 gegründet und verbindet Biotechnologie,

Stackable artificial leaf uses less power than lightbulb to capture 100 times more carbon than other systems

Engineers at the University of Illinois Chicago have built a cost-effective artificial leaf that can capture carbon dioxide at rates 100 times better than current systems. Unlike other carbon capture systems, which work in labs with pure carbon dioxide from pressurized tanks, this artificial leaf works in the real world. It captures carbon dioxide from

nova’s experts (re)introduced: Dr Ángel Puente

Dr. Ángel Puente, M.Sc., joined the nova-Institute in 2017 and is part of both the Sustainability and Technology & Markets Departments. With his background in Chemistry, Ángel Puente supports the nova-Institute conducting ISO Life Cycle and Sustainability Assessments of renewable chemicals and materials, including critical reviews. Moreover, technology scouting, market research and feedstock analysis round

Circular carbon dioxide seeks balance

Although the storage and recirculation of CO2 are often mentioned in the same breath, they are two very different sports. Both options are necessary to reduce CO2 emissions and to ensure a smooth energy and raw material transition. According to Earl Goetheer of TNO and Peter Moser of RWE, added value and energy consumption have

Decarbonisation tech instantly converts CO2 to solid carbon

The carbon dioxide utilisation technology from RMIT researchers is designed to be smoothly integrated into existing industrial processes. Decarbonisation is an immense technical challenge for heavy industries like cement and steel, which are not only energy-intensive but also directly emit CO2 as part of the production process. The new technology offers a pathway for instantly

Haldor Topsoe to support Indaba Renewable Fuels’ production of sustainable aviation fuel

Indaba Renewable Fuels (Indaba) will build two greenfield refineries in California and Missouri to produce Sustainable Aviation Fuel (SAF) utilizing Topsoe’sHydroFlex™ technology. The facilities are expected to begin production of SAF in 2024 totaling. The capacity of the plants is 6500 barrels per day at each location. Topsoe will also provide its H2bridge™ hydrogen technology

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