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Hindi Medium: (Delhi) - GS Foundation (P+M) : 8th June 2026, 6:30 AM Hindi Medium: (Prayagraj) - GS Foundation (P+M) : 1st June 2026, 5:30 PM English Medium: (Prayagraj) - GS Foundation (P+M) : 7th June 2026, 8:00 AM Hindi Medium: (Delhi) - GS Foundation (P+M) : 8th June 2026, 6:30 AM Hindi Medium: (Prayagraj) - GS Foundation (P+M) : 1st June 2026, 5:30 PM English Medium: (Prayagraj) - GS Foundation (P+M) : 7th June 2026, 8:00 AM

What is AI-Based Nitrate-to-Ammonia Technology?

Why in News

China developed an AI-powered electrochemical technology to convert nitrate-rich wastewater into ammonia (NH3) for fertiliser production.

AI-Driven Catalyst Innovation

  • The process uses an AI-optimised Dual-Atom Catalyst (DAC) containing two adjacent active metal atoms.
  • The catalyst improves reaction selectivity and nitrate-to-ammonia conversion efficiency.
  • The technology converts nitrates from agricultural runoff and industrial effluents into ammonia.

Energy-Efficient Ammonia Production 

  • The technology uses electrochemical reduction to convert nitrates into ammonia at room temperature. 
  • It is nearly three times more efficient than earlier nitrate-to-ammonia conversion methods. 
  • Unlike the Haber-Bosch Process, it does not require high temperature and pressure conditions. 
    • The Haber-Bosch Process produces ammonia from nitrogen and hydrogen and is highly energy-intensive. 
  • Ammonia is the main raw material for nitrogen fertilisers such as urea and ammonium compounds.
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