Electric field-assisted NSR process for lean NOx reduction at low temperatures
Ayaka Shigemoto,
Yuki Inoda,
Chihiro Ukai
et al.
Abstract:Lean-burn engines are gaining attention for their lower CO2 emissions, higher thermal efficiency, and improved fuel economy compared to traditional combustion engines. However, they present some difficulty for reducing nitrogen...
This article presents a review of catalytic processes used at low temperatures to reduce emissions of nitrogen oxides (NOx) and nitrous oxide (N2O), which are exceedingly important in terms of...
This article presents a review of catalytic processes used at low temperatures to reduce emissions of nitrogen oxides (NOx) and nitrous oxide (N2O), which are exceedingly important in terms of...
A novel low-temperature catalytic process in an electric field can reduce N2O, which has a strong impact on global warming and environmental destruction, even in the presence of oxygen and steam.
Using a solid catalytic reaction in an electric field at low temperatures, methane, which has a high global warming effect, was successfully oxidatively removed even under dilute and low temperature conditions.
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