Abstract
Contamination caused by industrial wastewater executes a substantially threatens humans, marine life, and the environment. Textile industries are the chief contributors to the ecological system. A large quantity of waste released to the environment has a significant impact. Among the various reported remediation technologies, bio adsorption was the most suitable technique. This research work was carried out to treat the textile effluent economically. Different operational parameters such as alkalinity, dosage, experiment time, temperature, and stirring speed were optimized for maximum removal of dyes from effluent. The results show 88.95 % at pH 4 at 30 °C, maximum color removal was achieved. The waste bio-adsorbent was characterized by Fourier’s infrared transformation, X-ray diffraction, scanning electron micrograph, and thermal analysis. The outcomes confirm that agricultural material participated in color removal activities.
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