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Decomposition of Nitric Oxide in a Silent Discharge.
Haas LA; Anderson CF; Khalafalla SE
I&EC Process Des & Develop ACS 18(1):143-147
Nitric oxide decomposition was investigated at 25 deg c in a laboratory silent discharge reactor. The threshold decomposition voltage was estimated at about 3.3 Kv. At 24 kv, over 98 pct of the no was principally decomposed to its elements with gas residence times greater than 1.2 Min. At shorter residence times, neither the n2 nor o2 formation yields were equivalent, the o2 being persistently lower than the n2. The disparity between n2 and o2 formation and no decomposition became progressively less as the gas residence time increased. The formation of an intermediate dinitrogen trioxide, n2o3, can account for the observed results. The addition of h2o, co2, and CO decreased the no removal. When co was added to no or n2o, co2 gas formed indicating that both nitrogen oxides were reduced.
Issue of Publication
I&ec Process Des. & Develop., ACS, V. 18, No. 1, PP. 143-147
Page last reviewed: December 17, 2021
Content source: National Institute for Occupational Safety and Health Education and Information Division