A Aronin

AD Karmazyn

BJ Finlayson-Pitts

F Garin

G Odörfer

IN Krivoshto

Jing Shao

K Hamamoto

K Miura

Kent Kammer Hansen

KK Hansen

M Awano

MT Lerdau

R Burch

RM Werchmeister

RML Werchmeister

S Bredikhin

S Shibata

SP Simmer

WA Brown

WS Epling

Y Xiong

The structure of a multilayer electrochemical cell with an adsorption layer was optimized by removing an yttriastabilized zirconia cover layer. It was found that the NOx removal properties of the electrochemical cell were dramatically enhanced through the optimization, especially under conditions of low voltage, intermediate temperature, and high O2 concentration. The pronounced increase in activity and selectivity for NOx decomposition after removing the ytrriastabilized zirconia cover layer was attributed to the extensive release of selective reaction sites for NOx species and a strongpromotion for NOx reduction from the interaction of the directly connected adsorption layer with both the Pt and catalytic layers. The optimized electrochemical cell may provide a promising solution for NOx emission control

Shao, Jing

Kammer Hansen, Kent

Online Research Database In Technology

Optimization of an electrochemical cell with an adsorption layer for NO<sub>x</sub> removal

Crossref

Journal of Solid State Electrochemistry

Optimization of an electrochemical cell with an adsorption layer for NOx removal

http://orbit.dtu.dk/ws/files/8167885/Optimization_of_an_electrochemical_cell_with_an_adsorption_.pdf

Optimization of an electrochemical cell with an adsorption layer for NO<sub>x</sub> removal

Abstract

Similar works

Full text

Available Versions

Online Research Database In Technology

Crossref