Article published in Aluminium International Today about aluminium's environmental credentials, with its infinite low energy recyclability and ability to contribute to decarbonisation.

The first proposed pathway to zero carbon for primary aluminium production was unveiled at the ALUMINIUM Online Showcase 'Green Technologies'.

David Wong and colleagues discuss how the world’s aluminium smelters could enable the rapid uptake of renewables in global power systems in The Chemical Engineer.

"The full emergence of Australia as an energy superpower of the low-carbon world economy would encompass large-scale..." Article published by the Institute for Energy Economics and Financial Analysis.

It is now widely accepted that the race to decarbonise the world’s power systems, is actually a race to provide suitable and sufficient energy storage solutions.

EnPot's presentation from The Second International Forum on Zero Carbon High Temperature Minerals Processing (HiTeMP-2) in Adelaide, Australia.

John Grandfield gives a comprehensive commentary on the Aluminium Industry's response to Climate Change, published in Light Metal Age

This article explores changes that can be made so smelters not only survive but remain competitive as the proportion of renewable energy in the world's power systems increase, with a spotlight on Aust

Aluminium Smelters can become 'Virtual Power Plants' when retro-fitted with EnPot energy modulation technology.

The International Energy Agency (IEA) predicts the future will be electric and mostly renewable. For large industrial users of energy this brings both challenges and opportunity.

The EnPot technology was successfully installed on 120 pots (full potline) at TRIMET's Essen Smelter in Germany in May 2019 and has been performing above expectations.