A new and cost-effective way to extract green hydrogen from untreated water has won the highest prize at this year’s Curtinnovation Awards.

Building work has begun on a landmark natural gas research facility which could significantly shape future offshore projects around the world.

Researchers from QUT have partnered with solar cell manufacturers in a project that aims to commercialise ultra-low cost, flexible perovskite solar cells.

The Australian Academy of Technological Sciences and Engineering (ATSE) has today called on the Federal Government to commit to an ambitious target of net zero greenhouse gas emissions by 2035.

Researchers from QUT have partnered with solar cell manufacturers in a project that aims to commercialise ultra-low cost, flexible perovskite solar cells.

QUT has received $5 million from the Australian Research Council to fund the ARC Research Hub in Zero-emission Power Generation for Carbon Neutrality.

iMOVE CRC funds $1M for SAGE’s ‘See Me’ app for vision impaired and microFleet’s OneDock LEV charging station to crack global markets

Engineers in Melbourne are vying for pole position in the global race to make a cheap rechargeable battery for storing solar energy that does not rely on scarce natural resources.

UNSW Sydney solar experts says we need bespoke technology designed to recycle important elements inside solar panels.

Fundamental university science research has drawn inspiration from the Great Barrier Reef’s carbon storage capacity, the plant world’s ultra-efficient storage and transport structure, the reinvention solid state physics to develop new materials for electronic efficiency and advanced agricultural to nourish future outposts in space.

The AWS Clean Energy Accelerator program is focused on fostering innovation and rapid growth of clean energy technology.

Researchers at the QUT-operated National Battery Testing Centre (NBTC) have commissioned the biggest large-scale iron flow battery – and the first of its kind – outside of the United States.

A team led by University of South Australia researchers has pioneered a new soil remediation technique that is significantly faster, simpler, safer, and more cost-effective than currently available methods.

Five Australian experts will address the gender gap at the International Mining and Resources Conference (IMARC) in Sydney in November.

Australia could play a key role in stabilising the global markets and supply chain for in-demand critical minerals

A breakthrough could help address a major obstacle in the development of environmentally friendly, cost effective, polymer-based batteries.

In the latest issue we explore how uncovering, processing and extracting critical minerals relies on continuous and evolving research and people trained in science.

Critical minerals are essential for tech we use today and for the green economy. Accessing these elements is thanks to innovation in Earth science research.

Decarbonisation relies on the deep science capability present across our universities and the ability to train the next generation, writes Professor Caroline McMillen AO, Chief Scientist for South Australia.

A new type of solid-state polymer electrolyte shows its potential.

Breaking down a few of the terms and ideas underpinning the energy crisis to help you make sense of it.

Grace Young, Chief of Innovation at Wattwatchers explores technology trends and data-driven solutions that are propelling energy management.

Top tips for surviving, and then thriving, in the energy crisis, from Australia’s leading energy experts.

A Q&A with Director of Engineering at RedBack Technologies, Adrian Knack: how to address challenges and increasing pressure on power networks?