Overview of the reactivity of copper-on-alumina for the oxidation and sorption of SO2 with simultaneous reduction of NO by NH3 and effect of the modification with a V/TiO 2 component

G. Centi; S. Perathoner; B. Kartheuser; B. K. Hodnett

doi:10.1016/0920-5861(93)80013-Q

Overview of the reactivity of copper-on-alumina for the oxidation and sorption of SO₂ with simultaneous reduction of NO by NH₃ and effect of the modification with a V/TiO ₂ component

G. Centi
, S. Perathoner
, B. Kartheuser
, B. K. Hodnett

Retired Staff

University of Limerick

Research output: Contribution to journal › Article › peer-review

Abstract

An overview of the reactivity and reaction mechanism of SO₂ oxidation-sorption and simultaneous reduction of NO by NH₃/O₂ on copper oxide on alumina is presented. This sorbent-catalyst exhibits high activity in SO₂ oxidation-sorption, can be easily regenerated by reductive treatment and shows reasonably good activity in NO conversion to N₂ in the presence of NH₃ and O₂. However, it is shown that an improvment in the rate of the latter reaction may be useful. The possibility of introducing a vanadium oxide component resistant to SO₂ poisoning in order to increase the deNOx rate during the simultaneous sorption of SO₂ is discussed.

Original language	English
Pages (from-to)	103-110
Number of pages	8
Journal	Catalysis Today
Volume	17
Issue number	1-2
DOIs	https://doi.org/10.1016/0920-5861(93)80013-Q
Publication status	Published - 26 May 1993

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title = "Overview of the reactivity of copper-on-alumina for the oxidation and sorption of SO2 with simultaneous reduction of NO by NH3 and effect of the modification with a V/TiO 2 component",

abstract = "An overview of the reactivity and reaction mechanism of SO2 oxidation-sorption and simultaneous reduction of NO by NH3/O2 on copper oxide on alumina is presented. This sorbent-catalyst exhibits high activity in SO2 oxidation-sorption, can be easily regenerated by reductive treatment and shows reasonably good activity in NO conversion to N2 in the presence of NH3 and O2. However, it is shown that an improvment in the rate of the latter reaction may be useful. The possibility of introducing a vanadium oxide component resistant to SO2 poisoning in order to increase the deNOx rate during the simultaneous sorption of SO2 is discussed.",

author = "G. Centi and S. Perathoner and B. Kartheuser and Hodnett, \{B. K.\}",

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AU - Centi, G.

AU - Perathoner, S.

AU - Kartheuser, B.

AU - Hodnett, B. K.

PY - 1993/5/26

Y1 - 1993/5/26

N2 - An overview of the reactivity and reaction mechanism of SO2 oxidation-sorption and simultaneous reduction of NO by NH3/O2 on copper oxide on alumina is presented. This sorbent-catalyst exhibits high activity in SO2 oxidation-sorption, can be easily regenerated by reductive treatment and shows reasonably good activity in NO conversion to N2 in the presence of NH3 and O2. However, it is shown that an improvment in the rate of the latter reaction may be useful. The possibility of introducing a vanadium oxide component resistant to SO2 poisoning in order to increase the deNOx rate during the simultaneous sorption of SO2 is discussed.

AB - An overview of the reactivity and reaction mechanism of SO2 oxidation-sorption and simultaneous reduction of NO by NH3/O2 on copper oxide on alumina is presented. This sorbent-catalyst exhibits high activity in SO2 oxidation-sorption, can be easily regenerated by reductive treatment and shows reasonably good activity in NO conversion to N2 in the presence of NH3 and O2. However, it is shown that an improvment in the rate of the latter reaction may be useful. The possibility of introducing a vanadium oxide component resistant to SO2 poisoning in order to increase the deNOx rate during the simultaneous sorption of SO2 is discussed.

UR - https://www.scopus.com/pages/publications/0027591613

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VL - 17

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EP - 110

JO - Catalysis Today

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ER -

Overview of the reactivity of copper-on-alumina for the oxidation and sorption of SO₂ with simultaneous reduction of NO by NH₃ and effect of the modification with a V/TiO ₂ component

Abstract

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