Andesite was employed to effectively extract mercury (II) in an aqueous solution. After
evaluating its characteristics, andesite was characterized by applying modern techniques …

In the present study, the use of low cost zeolitic materials (CZBFA and ECZBFA) derived
from bagasse fly ash (BFA), has been investigated as a substitute of expensive methods for …

Heavy metal pollution is a common environmental problem all over the world. The purpose
of the research is to examine the applicability of bagasse fly ash (BFA)—an agricultural …

The adsorbed behavior of zeolite 13x was tested for the removal of chromium (Cr (VI)),
nickel (Ni (II)), and cobalt (Co (II)) in single-and multi-solute (binary and ternary) systems …

Bagasse fly ash (BFA), a sugar industry waste was converted into zeolitic material (ZBFA) by
alkaline hydrothermal treatment. The virgin BFA and synthesized ZBFA were characterized …

The present study enlightens the impounding of ortho-chlorophenol (OCP) onto zeolitic
composites derived from agricultural waste Bagasse Fly Ash (BFA). The OCP impounding …

Purpose The purpose of the research is to investigate the application of bagasse fly ash, a
sugar industry solid waste for the synthesis of zeolites and their behavior for the sorption of p …

BACKGROUND: Water pollution by toxic organic compounds is of great concern and
increasingly there are demands for effective sorbents to remove them. Bagasse fly ash, a …

The transition to a circular economy requires new materials and products with new
production designs, technologies, and processes. In order to create new materials with …

Zeolitic material (ZBFA) was synthesized from the bagasse fly ash (BFA) by alkaline
hydrothermal treatment for effective removal of phenol from aqueous solutions. The BFA and …