News: hydrogen
Fortescue Future Industries, Sparc Technologies and the University of Adelaide partner to tackle the future of clean energy
Sparc Technologies Ltd (ASX: SPN) has entered into binding agreements with global green energy company Fortescue Future Industries Pty Ltd (an entity of Fortescue Metals Group Ltd ASX: FMG) and the University of Adelaide, forming the Sparc Hydrogen Pty Ltd Joint Venture (Sparc Hydrogen).
IEA report on low-carbon clean energy transition is now available
The International Energy Agency (IEA) report on low-carbon hydrogen and ammonia for the decarbonisation of the power sector was launched this week on Wednesday October 6, 2021, at the 1st International Conference on Fuel Ammonia, part of the Tokyo “Beyond Zero” Week organised and hosted by the Ministry of Economy, Trade and Industry (METI) of Japan.
[Read more about IEA report on low-carbon clean energy transition is now available]
Register today for the HyPT-2 Forum
Join us at the Second International Forum on Hydrogen Production Technologies (HyPT-2). This virtual event held September 14-16, 2021 (ACST) will bring together leading thinkers in industry and research to discuss the merits of alternative CO2-free hydrogen technologies. More information and registration at https://www.adelaide.edu.au/cet/seminars-events/hypt
CET researchers to consult on IEA report
Dr Alfonso Chinnici and Prof Gus Nathan were selected by the International Energy Agency (IEA, Paris) to collaborate as consulting international analysts on an upcoming IEA report looking at the role of low-carbon fuels, particularly hydrogen and ammonia, for clean power generation.
CET celebrates another year of research excellence
The Centre for Energy Technology (CET) held another successful Research Day on Thursday 12 November 2020. Presentations were given in the three themed topics of: hydrogen – the fuel of the future; circular carbon economy; and decarbonising heavy industry.
[Read more about CET celebrates another year of research excellence]
Add hydrogen combustion to a solar reactor for carbon-free mining and mineral processing
Researchers at the University of Adelaide's Centre for Energy Technology have developed a Solar Hybrid Receiver Combustor (HSRC) that can be used around the clock by industry, due to its ability to use a mix of heat sources; solar radiation from a heliostat field and combustion of renewable fuels.
