Tata Chemicals Europe (“TCE”) today officially opened the UK’s first industrial scale carbon capture and usage plant, signalling a key milestone in the race to meet the UK’s net zero targets
The project will help unlock the future of carbon capture in the UK as it demonstrates the viability of the technology to remove carbon dioxide from power plant emissions and to use it in high end applications
Environmental and economic assessment of CO2-based value chains for a circular carbon use in consumer products
In a new study economic and environmental effects of the use of CO2 as carbon source for polymer products such as packaging, construction material or medical products are analyzed
The Biomass Utilisation Factor (BUF): A simple indicator to calculate circularity of biomass and bio-based products
nova-Institute publishes a novel indicator that enables to capture the circularity of biomass under consideration of both the cascading use principle and the efficiency of the biomass utilisation
Neste und VTT vereinbaren den Bau einer Power-to-Liquids-Demonstrationsanlage für die CO2-Abscheidung sowie die Produktion von grünem Wasserstoff und E-Fuels im VTT Bioruukki Pilot Centre
Die technologische Entwicklung der Hochtemperatur-Elektrolyse, CO2-Abscheidung und Kohlenwasserstoffsynthese wurde im Rahmen des von Business Finland finanzierten Veturi-Forschungsprojekts zur e-Fuels-Entwicklung abgeschlossen und ist bereit für die Anwendung
VTT and Neste agreed on building an integrated Power-to-Liquids (e-fuels) demonstration facility at VTT Bioruukki Pilot Centre for CO2 capture, green hydrogen and e-fuels production
Development of high temperature electrolysis, CO2 capture, and hydrocarbon synthesis technologies have been completed in Business Finland funded Veturi E-fuel research project and the integrated technology is now ready for implementation
CO2 Value Europe positions on draft EU rules around renewable & recycled fuels production: it’s crucial the EU provides a strong framework supporting CCU projects!
Association's response to the call for feedback on the delegated regulation specifying a methodology for assessing greenhouse gas emissions savings from renewable liquid and gaseous transport fuels of non-biological origin and from recycled carbon fuels
Transforming Yesterday’s Emissions into Tomorrow’s Sustainable Aviation Fuel: United Announces Agreement with CO2 Utilization Company Dimensional Energy
Dimensional Energy combines revolutionary carbon utilization technology with a century-old process, repurposing it to make sustainable aviation fuel - United has invested more in sustainable aviation fuel production than any other airline in the world
Researchers from Goethe University Frankfurt develop new biobattery for hydrogen storage
A team of microbiologists from Goethe University Frankfurt has succeeded in using bacteria for the controlled storage and release of hydrogen. This is an important step in the search for carbon-neutral energy sources in the interest of climate protection. The corresponding paper has now been published in the scientific journal “Joule"
Forscher der Goethe-Universität entwickeln neue Biobatterie zur Speicherung von Wasserstoff
Einem Team von Mikrobiologen der Goethe-Universität ist es gelungen, mit Hilfe von Bakterien Wasserstoff kontrolliert zu speichern und wieder abzugeben. Auf der Suche nach CO2-neutralen Energieträgern im Interesse des Klimaschutzes ist dies ein wichtiger Schritt. Das entsprechende Paper ist nun in der renommierten Fachzeitschrift „Joule“ erschienen
Avantium awarded €3 million EU grant to demonstrate the electrochemical conversion of CO2 to consumer products
Under the new WaterProof programme, Avantium will convert CO2, from wastewater purification and waste incineration into formic acid using its proprietary catalytic electrochemistry platform
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
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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