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VOL. I · EST. 11.2025 
SatyaDheesh
सत्याधीश
India's Ground Truth Record
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This newly developed technology is successfully turning carbon dioxide into 110 pounds of daily fuel

GS3Economy · S&T · Environment · Security· Nuclear & new energy technology· Prelims + Mains·

Why in news

Scientists developed a new catalytic system using high-entropy metallic composites to convert atmospheric carbon dioxide and hydrogen into 110 pounds of liquid fuel daily.

Background

The technology utilizes a high-entropy metallic composite mix of metals like iron or cobalt to optimize thermochemical reactions. It achieves a Space-Time Yield (STY) of 50 kilograms per day and is designed for industrial scaling to create a circular carbon economy.

Facts for Prelims

  • S&THigh-entropy metallic composite: A mix of metals like iron or cobalt used to optimize thermochemical reactions for fuel production.
  • FactSpace-Time Yield (STY): The technology achieves a yield of 50 kilograms per day.
  • FactProduction capacity: The system can produce up to 110 pounds of liquid fuel daily from atmospheric CO2 and hydrogen.

For Mains

Q. Discuss how 'air-to-tank' technologies and circular carbon economies can mitigate industrial carbon footprints while ensuring energy security.

Dimensions to cover in your answer

  • Decarbonization pathway: Transitioning from fossil fuel extraction to recycled emissions for industrial fuel.
  • Scalability constraints: Technical hurdles in achieving high Space-Time Yields for large-scale industrial adoption.
  • Circular economy integration: Reducing net carbon emissions by recycling atmospheric CO2 into usable energy.

Keywords: Circular Carbon Economy · Thermochemical Reaction · High-Entropy Alloys · Decarbonization · Space-Time Yield

Read the full news →Report a mistake in this noteSource: Times of India ↗Also: GS3 · Climate change & international agreements

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