New Laser Tech Promises 95% Emissions Cut in Steel Production: Could This Be the Future?
BY: RAHUL SOMVANSHI
BY: RAHUL SOMVANSHI
The foundation of contemporary infrastructure, steel, contributes significantly to carbon emissions worldwide, making up around 10% of the total.
Source- Limelight Steel
In traditional steelmaking, coal is burned in blast furnaces—a expensive and ecologically unfavourable technique.
Source- Limelight Steel
A more environmentally friendly option called direct reduced iron uses hydrogen, however it can only use 3% of the world's ore supply.
Source- Limelight Steel
A laser-based technique that Limelight Steel proposes promises to revolutionise steel manufacturing amid industry worries.
Source- Limelight Steel
This creative method uses a variety of tiny, powerful lasers to quickly heat iron ore to melting temperature.
Source- Limelight Steel
Limelight's technique can drastically cut emissions by 95% and is not resource-restricted, unlike hydrogen DRI.
Source- Limelight Steel
Compared to hydrogen DRI, this approach has the potential to save 30% on energy, making it a more sustainable approach going forward.
Source- Limelight Steel
The Department of Energy, seeing potential, has provided Limelight with $2.9 million for R&D.
Source- Limelight Steel
Is Limelight's laser technology the secret to a cleaner industry, given that the need for steel is expected to increase by 2050?
Source- Limelight Steel
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