Along with the rapid development of industry, VOCs gradually move into the spotlight, and
now become a kind of harmful environmental pollutants that cannot be overlooked. This …

The reduction of NO by the CO produced by incomplete combustion in the flue gas can
remove CO and NO simultaneously and economically. However, there are some problems …

Catalytic removal of NO by CO has been studied over a series of LaNi 0.5 M 0.5 O 3 (M= Co,
Mn, Cu) perovskite oxide catalysts were synthetized via an improved sol–gel method. The …

It is important and necessary to minimize NOx pollutant released into the atmosphere owing
to the harmful environmental and health effects brought by NOx emission. Many techniques …

This paper reviews the current methods on the rational design of transition metal-based,
SCR-based, precious metal-based and fly ash-based catalysts. Catalysts generally contains …

The CO-SCR technology based on transition metal is of great significance for NO x removal
in large-scale industrial production. However, excess oxygen usually hinders the deNO x …

Selective catalytic reduction (SCR) is probably the most widespread process for limiting NOx
emissions under lean conditions (O2 excess) and, in addition to the currently used NH3 or …

Perovskite-based sorbents have received extensive attention in the field of mercury
abatement. However, the excellent Hg 0 adsorption performance on the lab scale hardly …

We steer the catalytic performance and morphology of Pd–lanthanum iron manganite (LFM)
perovskite interfaces towards optimum NO+ CO reactivity in presence of water by following …

La1–x A x Mn1–y B y O3 (A= Ca, Sr and Ce, B= Cu, Co and Fe, x= 0/0.2, y= 0/0.2) perovskite
catalysts were employed for simultaneous NO and Hg0 removal. The perovskite structure is …