#CSIRO Energy

Real Carbon
Real Carbon models the real-time carbon emissions intensity data at the substation level within the National Electricity Market (NEM). Updating […]

Space Travels: Recycling the Molecules of Life
A fully efficient recycling of waste waters in space operations is paramount to space endeavours beyond the earth's orbit. The […]

Innovative hydrogen compression
CSIRO, in collaboration with Griffith University, are developing metal-hydride (MH) based H2 compression technologies. The project aims to design, build, and demonstrate a MH compressor able to compress H2 from 10 to 350 bar.