Green gamechanger: Danish Power-to-X technology fires up the transition

Find out how Power-to-X stands to become one of the significant players in what could become Denmark’s next green export adventure.
Nuclear fusion

Computational modelling in support of progress towards nuclear fusion energy breakeven

The field of plasma physics, which is essential for the success of nuclear fusion, has benefited from advancements in high-performance computing.
circular economy

Wine’s potential to drive Green Deal goals and the circular economy

Learn how bio-based industries (BBI) will have a crucial role in achieving European Green Deal goals and the circular economy.
direct lithium extraction

How direct lithium extraction can ensure sustainable mining

Learn about the vast benefits of direct lithium extraction and how it can ensure long-term sustainability in the mining industry.
multi-factor authentication

Phishable multi-factor authentication: A matter of national emergency

Learn about the importance of phishing-resistant multi-factor authentication and why companies are still using inadequate methods. 
Lithium policy

Lithium Power responds to Chile’s National Lithium Policy

Discover how Chile’s new National Lithium Policy will help to build legal certainty and take advantage of a historic opportunity.
battery supply chain

Elevating Western Australia’s position in the global battery supply chain

The Future Battery and Critical Minerals Industries Strategy is helping Western Australia to become a global battery supply chain leader.

The importance of Nova Scotia’s mining industry for rising mineral demand

Find out how Nova Scotia's mining industry is working to meet the increasing demand for critical minerals.
Automotive industry

The critical role of helium in the automotive industry

Find out how Pulsar is using its helium assets to contribute to the important green energy transition through electric vehicle manufacturing.
grain growth

New research reveals how microstructures undergo grain growth

Learn how scientists are improving understanding on how microstructures change and undergo grain growth at high temperatures.