All post items with tag CCU
Life Cycle Assessment (LCA) and Social Life Cycle Assessment (S-LCA) have established themselves as powerful tools to evaluate the environmental and social impacts of products and processes. The use of LCA and S-LCA can help to better understand the sustainability performance of a chosen process, and to identify ways in which it can be improved.
Coal in the Rhenish region is not only an important fuel for power generation. It is also used by the chemical industry to produce important basic chemicals. But by the time of the coal phase-out these substances will have to be obtained from other renewable sources. One example is carbon monoxide, or CO for short,
Die Braunkohle im Rheinischen Revier dient nicht nur der Stromerzeugung. Sie wird auch von der chemischen Industrie genutzt, um wichtige Grundchemikalien herzustellen. Doch spätestens nach dem Kohlestopp müssen diese auf anderen Wegen gewonnen werden. Ein Beispiel ist Kohlenmonoxid, kurz: CO, das für die Produktion von Kunststoffen und Essigsäure verwendet wird. Wissenschaftler vom Forschungszentrum Jülich arbeiten
Development of a transition-metal-free dual-function material for CO2 capture and reduction to carbon monoxide Efficient capture of even low-concentration atmospheric CO2 and syngas production without CO2 separation and purification processes The product gas has an extremely low concentration of impurities, making this a big step towards control of syngas compositions suitable to produce liquid fuels and chemicals Japan
Modern society relies on the products of traditional manufacturing processes: plastics, fuels, solvents, etc. However, these industrial activities release significant volumes of atmosphere-warming CO2 into the air and there is an urgent need to address this problem. “We need to be thinking about how we can turn what is considered a waste stream that has
UP Catalyst, a leading Estonian nanotechnology company, will, together with a consortium of industry experts develop a revolutionary molten- salt-regeneration technology based on circular-economy principles. The new system has the potential to, significantly reduce waste, and it allows the reuse of carbonate salt up to 100 times. The project, named MoReCCU, has received funding through
In the last five years, the mindset around carbon has changed fundamentally. Of course, there is no way around the fact that the rising concentration of carbon dioxide in the atmosphere pose an existential threat to life on Earth. But at the same time, carbon is the main component of our food, the basis of
In den letzten fünf Jahren hat sich die Einstellung zum Thema Kohlenstoff grundlegend geändert. Zweifellos führt kein Weg an der Tatsache vorbei, dass die steigende Konzentration von Kohlendioxid in der Atmosphäre eine existenzielle Bedrohung für das Leben auf der Erde darstellt. Gleichzeitig ist Kohlenstoff aber auch der Hauptbestandteil unserer Nahrung, die Grundlage aller organischen Chemikalien
If Europe achieves its 2030 biomethane target it will have unwittingly created the conditions to cheaply mitigate the carbon emissions equivalent of an entire member state, writes James Cogan. Making biomethane is all about separating carbon dioxide from biogas, at a rate of nearly a kilo of CO2 per cubic metre of biomethane. Europe’s 35 billion cubic
Smart innovations are helping to rewrite the story of CO2 by providing sustainable carbon sources that can successfully replace fossil carbon. Last year, the United Nation’s Intergovernmental Panel on Climate Change (IPCC) Assessment Report mentioned for the first time Carbon Capture and Utilisation (CCU) as a solution to decrease net CO2 emissions, as well as a necessary