Nitrogen oxides (NO x), including nitrogen monoxide (NO) and nitrogen dioxide (NO 2), are
among the most important global atmospheric pollutants because they have a negative …

The reduction of nitric oxide (NO) emissions to atmosphere has been recently addressed
using biological technologies. However, NO removal through bioprocesses is quite …

In the simultaneous flue gas desulfurization and denitrification by biological combined with
chelating absorption technology, SO2 and NO are converted into sulfate and Fe (II) EDTA …

The combined control of NO and SO2 can be finished with the [Fe (II)‐NTA]− solution
because [Fe (II)‐NTA]− is capable of binding NO. However, the ability of [Fe (II)‐NTA]− to …

This paper deals with an integrated biochemical process for the treatment of stationary
gaseous emissions containing nitric oxide. The process involves absorption of nitric oxide in …

Abstract Diethylenetriaminecobalt (II),[Co (DETA) 2] 2+, formed by diethylenetriamine
(DETA) coordinating with Co (II) ion, can be used to remove NO from flue gas …

Iron nitrilotriacetic acid (Fe (II) NTA−) solution is able to absorb NO from flue gases. In this
study, the kinetics of the gas–liquid reaction between NO and Fe (II) NTA− has been …

A chemical absorption-biological reduction process has been developed for the removal of
NO x in middle and small-sized industrial boilers. Considering the gap of process and …

Abstract [Fe (II) NTA]−(NTA, nitrilotriacetic acid) may lose its ability to bind NO due to the
oxidation of [Fe (II) NTA]− to [Fe (III) NTA] by oxygen in the flue gases. NO removal efficiency …

Exploring low-cost, green, and safe technologies to provide an alternative to the
conventionally selective catalytic reduction process is key to control the NOx emission from …