„Underground Sun Storage 2030“: Store solar energy seasonally and on large scale in the form of hydrogen, use existing infrastructure – for a secure renewable energy landscape
In this research project, the only one of its kind in the world, renewable solar energy is converted into green hydrogen in a climate-neutral way by means of electrolysis and stored in a pure form in former natural gas reservoirs
„Underground Sun Storage 2030“: Sonnenenergie saisonal und großvolumig in Form von Wasserstoff speichern, bestehende Infrastruktur nützen – für eine sichere erneuerbare Energielandschaft
In diesem weltweit einzigartigen Forschungsprojekt wird erneuerbare Sonnenenergie klimaneutral mittels Elektrolyse in grünen Wasserstoff umgewandelt und in ehemaligen Erdgaslagerstätten in reiner Form gespeichert
Fraunhofer, SABIC und Procter & Gamble kooperieren im Rahmen eines Pilotprojekts zum Closed-Loop-Recycling von Einweg-Gesichtsmasken
Neues Verfahren sieht zunächst die automatische Zerkleinerung und anschließend die thermochemische Umwandlung in Pyrolyseöl vor, um im Anschluss daraus neuwertige Rohstoffe für die Kunststoffproduktion zu gewinnen
Clariter recognized by Frost & Sullivan as the 2021 technology innovation leader for Excellence in best practices
In 2021 Clariter excelled in all of the criteria in its commitment to innovation and creativity, commercial success, application diversity, and customer acquisition, as well as in the growth potential space
Finland’s largest Power-to-Gas plant – Wärtsilä and Vantaa Energy to continue planning towards an investment decision
The plant planned to be commissioned in 2025 would be the largest in Finland and also the first to produce carbon-neutral, synthetic methane on a commercial scale with a fuel capacity of 10 MW
Is It Starch or Cellulose? NREL Offers Answers That Could Unlock Incentives for Making Cellulosic Ethanol
The National Renewable Energy Laboratory (NREL) offers a simple procedure for a complex analytical problem, an achievement that could help biorefineries expand production of low-carbon cellulosic ethanol
VITO optimises CO2 conversion in the European-funded BioRECO2VER project
Industrial point sources of CO2 are well suited for carbon capture & utilisation applications, in short CCU. The conversion of greenhouse gases into added value (base) chemicals can take place in biological processes. With a brand new, unique high-pressure fermenter, VITO is researching how these processes can be optimised.
Sponsors
Events
