Tag: RMIT

Australian researchers have achieved a milestone in energy storage technology with the creation of the world’s first proof-of-concept quantum battery, according to CSIRO, Australia’s national science agency.

Engineers at RMIT University have developed a small remote-controlled robot designed to collect oil spills from the surface of water, using a filtration system inspired by sea urchins.

New research from RMIT University suggests an Australian desert plant commonly known as Old Man Saltbush could offer food manufacturers a natural way to boost protein content and reduce added salt in staple foods.

Researchers at RMIT University have developed a carbon?conversion technology that could turn industrial carbon dioxide emissions into ingredients for jet fuel and other carbon?based products.

RMIT University says it has entered a new three-year agreement with NBN Co aimed at advancing research and innovation to support Australia’s future digital infrastructure.

RMIT University researchers have reported new findings showing that biochar derived from spent coffee grounds can help produce lower-carbon concrete, following what the university describes as the first life-cycle analysis of its kind examining the material’s environmental impacts from production through to end of life.

A collaboration between RMIT University and Bristile Roofing has led to the development of sustainable roof tiles made from coal ash and recycled glass, achieving a 13 per cent reduction in CO? emissions compared to traditional concrete tiles.

RMIT University researchers have developed new ultra-thin filters designed to separate valuable chemicals from liquid mixtures more efficiently, a breakthrough the university says could support cleaner and more sustainable manufacturing processes for medicines, dyes and other industrial products.

RMIT University researchers are developing a new generation of manufactured blood tests that could enable earlier detection of kidney disease and simpler at-home monitoring, under a $1.125 million research partnership with Australian diagnostic company Nexsen Limited.

RMIT University has announced the development of an experimental 3D-printed diamond–titanium device that can generate electricity from flowing liquid and wirelessly receive power through tissue, which researchers say could pave the way for next-generation medical implants that never require battery replacement.