Graphene-based aerogels have attracted considerable interest in recent years for their
ability to remove toxic pollutants, due to their attractive properties, which include a sufficient …

The increasing severity of nitrogen oxide (NO x) pollution has drawn significant attention to
the development of novel and promising flue gas denitrification technologies. Among them …

Trace amounts of Co-doped Ce-Mn-based metal oxide catalysts with various applications
were synthesized by a simple redox method. When the molar fraction of doped Co was 3 …

The SO 2 resistance under low-temperature conditions remains a pivotal challenge in the
industrial application of NH 3-SCR catalysts. This work develops a facile and effective …

VOCs and CO are considered to be one of the main factors causing air pollution. They have
received widespread attentions due to their toxicity and serious threats to the environment …

Develo** effective low-temperature deNO x catalysts with high activity, SO 2 tolerance,
and stability is crucial yet challenging. Thus, in this work, CeZrVO x catalyst with a three …

It is still a significant challenge that enhancing SO 2 tolerance on the Ce-based catalyst in
NH 3-SCR reaction at low temperature. In this paper, an ordered mesoporous Ce-W-Ti-E …

In this paper, a series of Nb-modified Nb a Sn 0.3 CeO x (a= 0.2, 0.4, 0.5) catalysts for
denitrification were prepared using a facile co-precipitation method. In order to explore the …

NH 3-SCR was one of the most promising deNO x technologies and it has been widely
applied in industrial NO x reduction. However, with the further development of energy …

The SO2 tolerance of catalysts is often the key factor limiting their catalytic activity during
practical applications for low-temperature NH3-SCR reaction. There has been no in-depth …