Iranian Chemical Science and Technologies Association International Journal of New Chemistry 2645-7237 12 4 2025 03 01 Using an Agriculture Waster for Eliminating BG from Waste Water 553 566 705390 10.22034/ijnc.2023.2004510.1343 EN Akash Singh Dr. Hari Singh Gour University Sagar M.P 0000-0001-8053-3621 YASHI MISHRA Department of Chemistry, School of Advance Sciences, VIT-AP University Journal Article 2023 06 11 The ability of rice husk (RH) to remove four different types of dye pollutants from wastewater—methylene blue, Congo red, brilliant green, and crystal violent—using various design parameters is the subject of this article. The initial concentration of the dye, the absorbance material packing height, which was RH, the pH of the dye solution feed inlet, the treatment time, the feed flow rate, and the feed temperature were the design parameters studied to adsorb the above four dyes using RH as an adsorbent material. These parameters were varied from (1-100) mg/l, (10-100) cm, (1-8), (1-60) min, (5-100) ml/hr, and (20-55°C The results demonstrate that for brilliant green, Congo red, crystal violent, and methylene blue dyes from aquatic solution, the highest removal efficiency was (95.81, 93.44, 96.62, and 96.35)%, respectively. and while the removal efficiencies rose with increasing absorption material bed height and feeding temperature, these efficiencies declined with increasing starting concentration and flow rate. For methylene blue, brilliant green, and crystal violent dyes, the removal efficiency rose with rising pH of solution, however it reduced for Congo red dye with increasing pH of solution. The elimination efficiency of the dyes employed in this study's dyes is integrated with all operating parameters to create a general equation using a statistical model. By doing this, we can get rid of agricultural waste RH as well as hazardous dyes that have tainted the water. https://www.ijnc.ir/article_705390_713edc75688c50fb5e36f0ec8841877c.pdf