MGC and Tokuyama Corporation Begin Joint Study on Social Deployment of Circular Carbon Methanol Utilizing CO2, First of its Kind in Japan
Methanol is a base material for various chemical products, and as it can be produced from CO2, a greenhouse gas, it is expected to be a powerful resource for building a carbon neutral society
‘Intolerable risk’ – Methanol winning the hydrogen shipping race as new studies highlight dangers of ammonia at sea
Ammonia derived from green hydrogen has been touted as the most likely clean shipping fuel of the future, but shipbuilding orders show that another H2 derivative, methanol, is currently preferred
Renewable Methanol Market – Industry Analysis, Market Size, Share, Trends, Application Analysis, Growth And Forecast 2022-2027
The demand for renewable methanol is extensively driven by the automobile sector where it is implemented as fuel for the internal combustion engine, hybrid (fuel/electric) systems, and fuel cells
Ecoplanta signs grant agreement with the European Commission under the Innovation Fund
The Ecoplanta project, one of seven at European level and the only Spanish candidacy selected in this call, aims to transform non-recyclable Municipal waste materials rejected by sorting centers into green chemicals and fuels
Perstorp and Project Air renew EU application for major green chemistry investment
Thanks to an innovative usage of biogas, hydrogen from electrolysis and residue streams, as well as carbon dioxide recovered from Perstorp’s own facilities, to produce the methanol, the project will utilize carbon atoms that otherwise become CO2 emissions
Topsoe puts demonstration plant into operation for production of sustainable Methanol from biogas – Significant global carbon emission reduction potential
With the demonstration plant, Topsoe will validate its electrified technology for cost-competitive production of sustainable Methanol from biogas as well as other sustainable products
CO2 als Rohstoff für Kunststoffe und Co.
Kohlenstoffdioxid ist einer der Haupttreiber des Klimawandels – die CO2-Emissionen müssen daher künftig sinken. Einen möglichen Weg zur CO2-Reduktion zeigen Fraunhofer-Forschende auf: Sie nutzen das Klimagas als Rohstoff, etwa für Kunststoffe. Dazu stellen sie aus CO2 zunächst Methanol und Ameisensäure her, die sie via Mikroorganismen zu Bausteinen für Polymere und Co. umwandeln
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