Polyamide-baghouse dust nanocomposite for removal of methylene blue and metals: Characterization, kinetic, thermodynamic and regeneration

Preparation of Honeycomb-Structured Activated Carbon–Zeolite Composites from Modified Fly Ash and the Adsorptive Removal of Pb(II)

“…The obtained MWCNT/SiO 2 showed a good adsorption performance (∼95%) for silica nanoparticles (∼50%) and carbon nanotubes (∼45%). Basaleh et al 22 synthesized polyamide-modified baghouse dust nanocomposites (PMBHD) using steel industry waste as the raw material, and the results showed that Pb(II) was adsorbed with a maximum adsorption of 119 mg/g and a maximum removal efficiency of 99.8%. Jamiu et al 23 used N , N -diallyl aspartic acid hydrochloride, 1,1,4,4-tetraallylpiperazine dichloride, and sulfur dioxide as raw materials in the presence of azoisobutyronitrile, and cross-linked poly(amphoteric/anionic) aspartic acid residues were synthesized by the Butler cyclization reaction in the presence of azoisobutyronitrile.…”

Highly Efficient and Simultaneous Removal of Cr(VI) and Imidacloprid through a Ferrocene-Modified MIL-100(Fe) Composite from an Aqueous Solution

“…Many methods had been used to separately remove imidacloprid or hexavalent chromium from wastewater, including advanced oxidation, nanofilm filtration, and ozonation. − Nevertheless, these strategies were likely to yield harmful byproducts and complicated processes. Absorption technology, as an implementable and facile method, was applied to remove pollutants in wastewater such as the dye, , heavy metal ions, , and high-purity organic matter because of its high efficiency, facile treatment, and environmental friendliness . In particular, nanoporous materials, polymers, and green materials had been developed for adsorbing and removing pollutants in the environment .…”

Novel cardo‐type heat‐resistant polyimides bearing 9H‐xanthene and polymer‐based nanocomposite consisting of NH2‐terminated TiO2: Synthetic strategies, extraction of methylene blue dye, and biological activities

“…To date, the adsorption method for removing dyes has been considered a promising candidate strategy due to high efficiency, facile technical access, easy recycling, and low cost, and the researchers are paying close attention to it. 41,42 Recently, among various polymers, high-performance aromatic polymers are the compounds that have been used for removing various pollutants from wastewater like dyes and heavy metal ions. 43,44 Also, to boost the adsorption capacity, nano composite materials have been developed in the adsorption proceeding.…”

“…Thus, in the recent years, development of low‐cost and effective materials for treatment of dye‐contaminated water along with refreshing the environment has attracted a great deal of attention. To date, the adsorption method for removing dyes has been considered a promising candidate strategy due to high efficiency, facile technical access, easy recycling, and low cost, and the researchers are paying close attention to it 41,42 . Recently, among various polymers, high‐performance aromatic polymers are the compounds that have been used for removing various pollutants from wastewater like dyes and heavy metal ions 43,44 .…”