WebMetalysis’ spherical and capacitor grade tantalum powders - meeting demand from the growing electric vehicle (EV) sector - Metalysis’ unique electrolytic… WebThe FFC Cambridge process was developed by George Chen, Derek Fray, and Thomas Farthing between 1996 and 1997 at the University of Cambridge. (The name FFC derives from the first letters of the last names of the inventors). [5] The intellectual property relating to the technology has been acquired by Metalysis, (Sheffield, UK). [citation needed]
Zuurstof op de maan? Binnenkort wel, volgens dit Britse bedrijf
Web22 jan. 2024 · Zuurstof maken uit maanstof – dat officieel regoliet heet – is minder vreemd dan het klinkt: het materiaal bestaat in gewicht voor 40 tot 45 % uit zuurstof. We weten dat omdat astronauten bij de maanlandingen rond 1970 kleine hoeveelheden regoliet mee terug naar de aarde brachten. Dat maanstof is na voorzichtig chemisch onderzoek veilig ... Web8 jul. 2024 · Metalysis is a company built from R&D that started in 2001. The concept of its electrolytic technology was proven by 2003, a technical demonstration achieving multiple kilograms of production completed by 2009, and a commercial demonstration in which tonnes of material was being produced was concluded by 2014. btnclose 由 uiaboutsubpanel
Development of a novel electrolytic process for ... - ScienceDirect
Web9 nov. 2024 · Het Britse bedrijf Metalysis heeft goedkeuring van de European Space Agency om de technologie verder te ontwikkelen. Aluminium en ijzer De techniek houdt in dat maanstof en ander gesteente... WebElectro-Active Technologies Inc. is developing a modular system to convert food waste and renewable electricity into affordable, renewable hydrogen. The system can be deployed onsite or in a decentralized fashion as a local, urban solution. ... Metalysis is a leading technology business for the global specialty metals industry. Web1 jan. 2024 · The development of an efficient process to simultaneously extract oxygen and metals from lunar regolith by way of in-situ resource utilisation (ISRU) has the potential to enable sustainable activities beyond Earth. The Metalysis-FFC (Fray, Farthing, Chen) process has recently been proven for the industrial-scale production of metals and alloys, … btn-close css