Dantas et al. [128] reported the synthesis of iron oxides/C composites, and it can be used in the treatment of textile waste water as heterogeneous catalysts in the Fenton reaction.
Textile dyes are a broad and heterogeneous class of molecules used in many technological fields (i.e., textile and paper production, food technology, and hair coloring) [1].
This type of mesh construction is infeasible for heterogeneous materials with complex architecture such as textile composites where arbitrary mesh constructions are commonplace.
Heat treatment and/or chemical functionalization ACF-based porous carbon textiles with urea/thiourea resulted in highly heterogeneous materials with a diverse porosity and mechanical strength.
In this study, the COD removal and Dye removal efficiencies of homogeneous and heterogeneous photo-Fenton process are compared for the treatment of synthetic textile wastewater.
In addition, we find evidence that electrostatic effects influence the macroscale morphology of electrospun textiles, and may result in the formation of heterogeneous or three-dimensional structures.
In conclusion, this heterogeneous photocatalytic process is capable of decolorizing and mineralizing azoic reactive dye in textile wastewater.
Synthetic dyes represent a broad and heterogeneous class of durable pollutants, that are released in large amounts by the textile industry.
Besides his Islamic art the largest private collection known to exist anywhere in the world–he owns another 7,000 heterogeneous pieces: a mix of Japanese art from the Meiji period (1868-1912), Indiandand Swedish textiles and Spanish damascened metalwork.
