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ABSTRACT To eliminate nitrogen oxides (NOx), composite carrier-supported catalysts (Mn-Ce/MWCNT-W) and traditional catalysts (Mn-Ce/MWCNT and W-Mn-Ce/MWCNT) were prepared using an ultrasonic impregnation method that preformed low-temperature ammonia-selective catalytic reduction (SCR) removal of NOx.
ABSTRACT To eliminate nitrogen oxides (NOx), composite carrier-supported catalysts (Mn-Ce/MWCNT-W) and traditional catalysts (Mn-Ce/MWCNT and W-Mn-Ce/MWCNT) were prepared using an ultrasonic impregnation method that preformed low-temperature ammonia-selective catalytic reduction (SCR) removal of NOx.
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Manganese (Mn)-based mixed oxides are considered the most efficient catalysts for low-temperature ammonia selective catalytic reduction of nitrogen oxides (NOx) (NH3-SCR of NOx).
Manganese (Mn)-based mixed oxides are considered the most efficient catalysts for low-temperature ammonia selective catalytic reduction of nitrogen oxides (NOx) (NH3-SCR of NOx).
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10.1080/10962247.2021.1873205
ABSTRACT To eliminate nitrogen oxides (NOx), composite carrier-supported catalysts (Mn-Ce/MWCNT-W) and traditional catalysts (Mn-Ce/MWCNT and W-Mn-Ce/MWCNT) were prepared using an ultrasonic impregnation method that preformed low-temperature ammonia-selective catalytic reduction (SCR) removal of NOx.
ABSTRACT To eliminate nitrogen oxides (NOx), composite carrier-supported catalysts (Mn-Ce/MWCNT-W) and traditional catalysts (Mn-Ce/MWCNT and W-Mn-Ce/MWCNT) were prepared using an ultrasonic impregnation method that preformed low-temperature ammonia-selective catalytic reduction (SCR) removal of NOx.
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10.1016/J.JCAT.2020.12.036
Manganese (Mn)-based mixed oxides are considered the most efficient catalysts for low-temperature ammonia selective catalytic reduction of nitrogen oxides (NOx) (NH3-SCR of NOx).
Manganese (Mn)-based mixed oxides are considered the most efficient catalysts for low-temperature ammonia selective catalytic reduction of nitrogen oxides (NOx) (NH3-SCR of NOx).
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10.1021/acs.jpclett.1c00855
Electrocatalytic conversion of nitrate (NO3-) into ammonia can not only eliminate harmful pollutant but also provide a green method for a low-temperature ammonia synthesis.
Electrocatalytic conversion of nitrate (NO3-) into ammonia can not only eliminate harmful pollutant but also provide a green method for a low-temperature ammonia synthesis.
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10.1039/d0cy02147d
The accelerated acid cycle corresponding to NH3 activation and redox cycle that requires electron transfer between V4+ and V5+ are regarded the two essential factors determining low-temperature ammonia selective catalytic reduction (NH3-SCR).
The accelerated acid cycle corresponding to NH3 activation and redox cycle that requires electron transfer between V4+ and V5+ are regarded the two essential factors determining low-temperature ammonia selective catalytic reduction (NH3-SCR).
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10.1016/J.CEJ.2019.03.065
In the quest for highly efficient low-temperature ammonia selective catalytic reduction (NH3-SCR) catalysts, the preparation of a series of catalysts (Mnx/SEP) in which manganese oxide is supported in sepiolite (SEP) is described for the first time.
In the quest for highly efficient low-temperature ammonia selective catalytic reduction (NH3-SCR) catalysts, the preparation of a series of catalysts (Mnx/SEP) in which manganese oxide is supported in sepiolite (SEP) is described for the first time.
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10.1016/J.APSUSC.2019.03.199
Ethylenediamine (EDA) was added to modified Pt/SiAl catalyst by co-impregnation method for selective catalytic oxidation of ammonia (NH3-SCO), which for the purpose of optimizing the low-temperature ammonia oxidation activity of Pt/SiAl catalyst.
Ethylenediamine (EDA) was added to modified Pt/SiAl catalyst by co-impregnation method for selective catalytic oxidation of ammonia (NH3-SCO), which for the purpose of optimizing the low-temperature ammonia oxidation activity of Pt/SiAl catalyst.
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10.1016/J.JCAT.2019.01.042
In this work, we highlight an additional reason for the lack of a low-temperature ammonia synthesis process: the effect of oxygen poisoning at low temperature.
In this work, we highlight an additional reason for the lack of a low-temperature ammonia synthesis process: the effect of oxygen poisoning at low temperature.
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10.1016/J.CHEMPR.2018.11.001
In addition, the low-temperature ammonia-assisted reduction treatment is a universal strategy to generate OVs in other TMOs with enhanced performance of photocatalytic hydrogen generation.
In addition, the low-temperature ammonia-assisted reduction treatment is a universal strategy to generate OVs in other TMOs with enhanced performance of photocatalytic hydrogen generation.
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