Pigments and dyes

Pigments and dyes are vital and fundamental parts of our everyday life, and these are used in almost every industry. Organic dyes having enduring color & malodorous are a significant source of environmental pollution due to their high toxicity to aquatic life and lethal carcinogenic effect on living organisms. Reticular chemistry makes a difference in the adsorption of organic dyes by giving the concept of wonderful compounds like reticular Metal-organic frameworks MOFs. MOFs topology such as 1 dimensional, 2 dimensional & three dimensional is destined to play a crucial role in the removal of organic dyes from water. As a cost-effective and environmentally conferring material. MOFs have revealed the incredible plasticity of metal-ligand interaction in the creation of novel compounds with intriguing structures and characteristics. MOFs synthesized from organic carboxylates coupled to the multi-metallic cluster are structurally strong and exhibit permanent porosity. Precision organic reactions and metal complexations inside solid-state structures rely on both of these characteristics. The most intriguing property of MOFs is their large specific surface area and variable nanoscale porosity that is permanent with evenly organized cavities. Synthesis of MOFs will be done by solve thermal & hydrothermal methods effectively, then their porosity & elevated surface area will be modified to get excellent adsorption results for the  removal of organic dye from water. Characterization of synthesized MOFs will be done by FT-IR SEM, TEM, BET& XRD. Processing considerations such as dye concentration, marketing time, and pH of dye solutions will be efficiently analyzed. This work will be proposed the adsorption of organic dyes effectively.

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