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March 3, 2026Journal of the Japan Petroleum Institute0 citationsOpen Access

Introduction to NTA: NOx-To-Ammonia; Catalytic Transformation of Gas Phase NOx for Innovative Nitrogen Circulation Technology

MOMasaru Ogura

Key Points

  • The aim is to explore Nox-To-Ammonia technology for efficiently converting nitrogen oxides into ammonia.
  • Development of three distinct NTA methods (one-step, storage, and two-step methods)
  • Assessment of catalytic conversion processes for nitrogen oxides
  • Evaluation of the feasibility of ammonia production in various emission sources
  • Innovative approaches for transforming nitrogen oxides into ammonia are proposed
  • These methods are designed to be energy-saving and cost-effective
  • The technology shows potential to comply with emission regulations effectively

Abstract

This special issue introduces NOx-To-Ammonia (NTA) technology that catalytically converts nitrogen oxides into ammonia. Nitrogen oxides emitted from internal combustion engines are currently regulated, and thus ammonia is used as the reducing agent to prevent their release into the environment. However, ammonia production requires harsh conditions of high temperature and high pressure. Conversion of nitrogen oxides into ammonia would enable an innovative energy-saving, cost-effective process. Our team, selected for the New Energy and Industrial Technology Development Organization (NEDO) Moon Shot Program, has proposed three distinct NTA methods (one-step method, storage method, and two-step method) that can be applied to different emission sources.

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Cite This Study

Masaru Ogura (2026) studied this question.

synapsesocial.com/papers/69a67e0ef353c071a6f0a023https://doi.org/10.1627/jpi.69.70
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