The UK Department for International Trade’s Eden Clayton showcases Angola’s potential for critical minerals.
Last month’s groundbreaking ceremony for the Pensana processing plant at Saltend,...
The announcement of funding for the UK’s first magnet materials refiner, alongside the publication of Britain’s first Critical Minerals Strategy, is paving the way...
Tim Harrison, Managing Director and CEO of Ionic Rare Earths Limited, discusses the Makuutu Rare Earth Project and its magnet rare earths potential.
Ionic Rare...
Researchers examine the new possibility of deep sea mining for rare earth elements to combat supply chain vulnerabilities.
Rare earth elements (REEs), such as lanthanum...
Researchers from institutions across the US are collaborating on a new rare earth elements separation and purification strategy that utilises microorganisms.
Scientists from Lawrence Livermore...
GeoEnergy Consult analyses the steps needed to process and dispose of NORM residues compliantly and safely.
Mining and processing of Rare-Earths or further affected commodities...
GeoEnergy Consult examines the need for radioecological monitoring of Naturally Occurring Radioactive Material (NORM) affected mining and processing projects.
Through field and laboratory determination of...
Scientists in Mainz and Berlin have successfully utilised chromium for efficient green-to-blue photon upconversion.
Sustainable chemical applications need to be able to employ and incorporate...
Exploration of the Grønnedal-Ika carbonatite complex could advance a new era of sustainable mining and help in meeting global rare earth demand.
Grønnedal-Ika is located...
Establishing EU domestic rare earth supply chains is a fundamental requirement, argues Dr Nabeel Mancheri, Secretary General at (REIA). Here, he outlines their position...
Ian M London, Executive Director of C2M2A, explores Canada’s critical mineral potential and the country’s ability to create domestic supply chains.
In recent months, Canada’s...
Rare Earth Elements (REE) are an essential part of many high-tech devices.
Rare Earth Elements are identified as a group of seventeen metallic elements that include the fifteen lanthanides on the periodic table plus scandium and yttrium.
With its state-of-the-art Dutch Electrolyser, EIRES is producing green hydrogen to accelerate the energy transition.
Bert Vreman, a research professional at Nobian and part-time professor...
The ESEI-BioMed project advances tumour diagnostics and nanomedicine in the frame of the new translational research centre, TRANSCEND.
TRANSCEND is a translational research centre in...
The IceCube Observatory could unlock the mysteries of the Universe through its advanced neutrino discoveries.
Neutrinos are tiny, nearly massless particles that rarely interact with...
Theoretical particle physicists are providing exact predictions to compare LHC measurements to reveal the strengths and shortcomings of the Standard Model.
Discoveries behind the decimal...
Consortium Nano4Tarmed is developing 2D nanoplatforms for active drug delivery and diagnosis of osteosarcoma.
Population growth is shrinking, mainly due to the overall fertility rate...
Researchers at the Universities of Wisconsin and California are integrating physics and Machine Learning to predict materials degradation in nuclear reactors.
The reactor pressure vessel (RPV) is...
Dr Myriam Bourgeois, NUCOBAM Coordinator at Université Paris-Saclay CEA, explains how the European project aims for future AM Standard in the nuclear energy industry.
The...
Ionic Rare Earths are expediting the global transition to clean energy through magnet and heavy rare earth production via mining, refining and magnet recycling.
Australian-listed...
