Marika Männikkö
Chalmers University of Technology
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Publication
Featured researches published by Marika Männikkö.
Topics in Catalysis | 2015
Marika Männikkö; Magnus Skoglundh; Hanna Härelind
The influence of hydrogen and silver loading on lean NOx reduction with methanol over Ag–Al2O3 are investigated by flow-reactor experiments, H2-TPR, TEM and XPS. Reduction of silver at low temperatures over Ag–Al2O3 with high silver loading, suggests involvement of silver species/particles that are large (which is supported by the TEM analysis) and/or loosely bound to the support. The silver species reduced by hydrogen cannot be directly associated with the activity for NOx reduction under methanol-SCR conditions. Furthermore, the activity for NOx reduction increases slightly at low temperatures when hydrogen is added to the feed. However, also without co-fed hydrogen, a high low-temperature activity is achieved for methanol assisted lean NOx reduction over Ag–Al2O3.
Applied Catalysis B-environmental | 2012
Marika Männikkö; Magnus Skoglundh; Hanna Härelind Ingelsten
Topics in Catalysis | 2013
Marika Männikkö; Magnus Skoglundh; Hanna Härelind
Applied Catalysis B-environmental | 2016
Marika Männikkö; Xueting Wang; Magnus Skoglundh; Hanna Härelind
Catalysis Today | 2015
Marika Männikkö; Magnus Skoglundh; Hanna Härelind
Presented (oral) at the 25st North American Catalysis Society Meeting (NAM25), Denver, Colorado, USA, June 4-9, 2017 | 2017
Marika Männikkö; Xueting Wang; Linda Ström; Nadia Serey; Vladimir B. Golovko; Hanna Härelind
Presented (oral) at the 9th International Conference on Environmental Catalysis (ICEC), Newcastle, New South Wales, Australia, July 10-13 | 2016
Marika Männikkö; Xueting Wang; Linda Ström; Fredrik Gunnarsson; Magnus Skoglundh; Hanna Härelind
Catalysis Today | 2016
Marika Männikkö; Xueting Wang; Magnus Skoglundh; Hanna Härelind
On the influence of silver species on methanol assisted selective catalytic reduction of NOx over silver/alumina | 2015
Marika Männikkö; Xueting Wang; Magnus Skoglundh; Hanna Härelind
Archive | 2015
Marika Männikkö
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MacDiarmid Institute for Advanced Materials and Nanotechnology
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