Microwave-assisted synthesis has attracted wide attention as an efficient and energy-saving
synthesis strategy due to its unique heating mechanism. Environmental catalysts prepared …

Due to the increasingly strict emission standards of NOx on various industries, many
traditional flue gas treatment methods have been gradually improved. Except for selective …

The selective conversion of dilute NO pollutant into low‐toxic product and simultaneous
storage of metabolic nitrogen for crop plants remains a great challenge from the perspective …

Developing a high-performance photocatalyst with an efficient charge transfer pathway and
reasonable active sites for photocatalytic NO removal is a formidable challenge. Herein, a …

The implementation of precisely directional electron transfer at the interface of catalysts is
still considered a huge challenge. Herein, hierarchical Bi@ BiOBr/C microrods derived from …

The controlled introduction of oxygen vacancies (OVs) in photocatalysts has been
demonstrated to be an efficient approach for improving the separation of photogenerated …

Conventional flue gas nitrogen oxides (NO x) abatement technologies commonly convert
NO x into harmless compounds, while less effort has been made to recycle NO 2 as a …

Nitrogen dioxide (NO 2) is a dominant contributor to air pollution and urgently needs to be
abated. The catalysis-based deNO x technologies can efficiently remove NO 2 at elevated …

A promising process is under development for the removal of NOx and regeneration of Fe (II)
EDTA in a novel biotrickling filter–anaerobic baffled reactor (BTF–ABR) integrated system at …

Inducing radicals for low-temperature NO oxidation is considered to be one of the most
efficient methods. In the present study, it was proposed that catalytic conversion of O 3 and H …