Rapid industrialization and societal advancements have resulted in significant gaseous
pollutants emissions, particularly sulfur dioxide (SO 2). This notorious pollutant poses a …

This review article provides a state-of-art insight into the removal of NO, SO 2 and elemental
mercury (Hg 0) from flue gas by using advanced oxidation processes (AOPs) method. Firstly …

Photocatalytic water treatment with solar radiation can protect the environment by removing
harmful pollutants from water and using a source of clean energy. This idea exactly is an …

To remove Hg 0 from coal combustion flue gas efficiently and economically, a magnetically
recoverable sorbent fabricated by incorporating γ-Fe 2 O 3 into attapulgite and subsequently …

Hydrogen produced by glycerol steam reforming (GSR) is considered a renewable fuel as
glycerol can be produced from bio-resources. In this study, a Tesla microchannel reactor for …

The challenge of Hg 0 emission control has necessitated the development of catalytic
oxidation technology. Herein, a combination of experimental and computational approach to …

Phenol is one of the toxic materials, and releasing it into the water can be quite irritating and
harmful to the health of organisms and the environment. In this study, phenol degradation …

Cyclic desulfurization-regeneration-denitrification over carbon-based catalysts is a
promising technology for SO 2 and NOx simultaneous elimination in steel industry …

Compact reformers can be used to produce hydrogen for fuel-cell automobiles. The heat of
the mehane seam reforming reaction is provided by methane burning. Generally …

This paper deals with an advanced colorimetric method used to determine the catalase
mimetic activity of V 2 O 5 nanoparticles by measuring the decrease in potassium …