Abstract:
Due to an increase in industrialization, both water utilization and wastewater generation
are high. Dyes in textile wastewater are very dangerous to the environment, and their
elimination is quite challenging. The current study is focused to make a component to
remove dye from textile effluent using MOF embedded into beads. This project aims to
enhance the elimination of such dyes by beads and to enhance the removal efficiency.
Beads are produced with a natural polymer originating through algae. The production of a
material with a reduced environmental impact is made possible by the utilization of
sustainable natural resources. The beads' synthesis and characterization have been reported.
The conventional cleaning and treatment processes are energy and cost intensive. The
separation of methylene blue dye from solutions was used to test beads adsorption
properties. The effects of the beads' initial adsorption, pH, temperature, and kinetics have
also been evaluated. Because of their significantly smaller diameter and improved surface
area per unit volume, the use of beads improves dye adsorption and removal performance.
Metal organic framework impregnated beads have been discovered to be a possible
biomaterial for removing textile dyes from apparel wastewater.
