The reactor uses sunlight as its primary energy source, making the process eco-friendly. This eliminates the need for fossil fuels and reduces greenhouse gas emissions.
It absorbs CO₂ directly from the air or industrial emissions. By repurposing this harmful gas, the system helps slow climate change while creating valuable fuel.
The reactor converts CO₂ into syngas, a mix of hydrogen and carbon monoxide. Syngas can be used to make fuels like diesel, gasoline, or even jet fuel.
Unlike traditional energy production, this system minimizes waste. Every step is designed to maximize efficiency and ensure that emissions are kept to a minimum.
The technology can be adapted for factories, power plants, or even transportation. Large-scale adoption could significantly cut global CO₂ levels and create sustainable energy.
This innovation is a major step toward cleaner energy. By using carbon as a resource instead of a waste product, it shifts the balance in the fight against global warming.
With continued research, solar-powered CO₂ reactors could replace fossil fuels entirely. This could lead to a future where clean, renewable energy powers the world.