Hydrogen Breakthrough Could Revolutionise Green Metal Production A pioneering study from Binghamton Unive ...
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Hydrogen Breakthrough Could Revolutionise Green Metal Production
Posted by Anthony Davis|Hydrogen Breakthrough Could Revolutionise Green Metal Production
Hydrogen Breakthrough Could Revolutionise Green Metal Production A pioneering study from Binghamton University and Brookhaven National Laboratory is challenging decades-old assumptions in the world of ...
| by Anthony Davis -
Single-step Steelmaking Technology for Cheaper and Sustainable Steel
Posted by Anthony Davis|Single-step Steelmaking Technology for Cheaper and Sustainable Steel
Single-step Steelmaking Technology for Cheaper and Sustainable Steel Steel has shaped civilisation for ov ...
Single-step Steelmaking Technology for Cheaper and Sustainable Steel Steel has shaped civilisation for over three centuries, yet the process of making it has barely budged. Despite its critical role i ...
| by Anthony Davis -
Electrifying the Future of Ironmaking for Greener Steel
Posted by Anthony Davis|Electrifying the Future of Ironmaking for Greener Steel
Electrifying the Future of Ironmaking for Greener Steel Iron, the backbone of civilisation, underpins vir ...
Electrifying the Future of Ironmaking for Greener Steel Iron, the backbone of civilisation, underpins virtually every aspect of modern life. From skyscrapers and bridges to cars and smartphones, iron ...
| by Anthony Davis -
Turning Red Mud into Green Steel for Sustainable Metal Production
Posted by Anthony Davis|Turning Red Mud into Green Steel for Sustainable Metal Production
Turning Red Mud into Green Steel for Sustainable Metal Production The production of aluminium generates a ...
Turning Red Mud into Green Steel for Sustainable Metal Production The production of aluminium generates around 180 million tonnes of toxic red mud every year. Scientists at the Max-Planck-Institut für ...
| by Anthony Davis