Published Paper Details:

Synthetic dyes used by the textile industry pollute a lot of water. Textile dyes are not tightly bound to the cloth and released into the streams as waste water. For this reason, a large part of the wastewater of the textile industry is discharged without treatment, causing a serious impact on the environment and human health. Therefore, environmentally friendly technology should be used for the effective treatment of wastewater in order to prevent its negative effects on the environment, human health and naturalresources. This study focuses on lowcost coagulants to remove physicochemical impurities in wastewater.Aluminum, lime and iron coagulants have been used for many years in most industries to coagulate substances in surface water and to remove turbidity from water prior to flocculation, sedimentation or filtration. Although useful, inorganic coagulants have some disadvantages, and there are concerns about the association between aluminum residues in purified water and Alzheimer's disease, and the toxicity of metal coagulants on the water supply. Therefore, the development of natural coagulants in water treatment is of great interest today. In this study, fenugreek, Cicer arientinum, neem and nirmali were used to remove physicochemical impurities such as turbidity, TDS and color in synthetic textile industrial wastes. The flocculation method will be used for this batch coagulation. This review is expected to be useful to researchers in the community who want to address the wider risk of organic pollution from the textile industry.