Could this membrane technology replace traditional lithium extraction methods?
Researchers at a Monash University start-up have developed a more efficient, waste-light method of lithium extraction than conventional water-based methods.
Researchers at a Monash University start-up have developed a more efficient, waste-light method of lithium extraction than conventional water-based methods.
From e-scooters to smartphones to large-scale storage grids, lithium-ion batteries are everywhere. But should we better manage these risks?
University of Queensland chemical engineers develop a super-thin cathode coating to supercharge lithium-ion batteries in smartphones to electric vehicles.
Engineers have developed a battery that provides enough charge in just 10 minutes to drive an electric vehicle from Sydney ...
Fumes and roaring engines have led to jet skis being banished from many waterways. A Western Australian company has developed ...
Long-haul electric flights are still a fair way off, but companies are setting their sights on electrifying shorter air routes.
Expanding Australia’s battery manufacturing industry could deliver $2.5 billion in benefits to the Australian economy over the next 15 years.
Lithium-ion batteries power a range of devices, but limitations on shapes and sizes restrict how they can be used. That ...
The Victorian Government has launched the state’s first large-scale lithium-ion battery, which has the capacity to power more than 20,000 ...
As the electric vehicle market grows and batteries reach the end of their 10-year lifespan, the world is set to ...