Clay/polymer nanocomposite material: a sustainable approach of leather industries wastewater treatment

The removal of direct yellow 12 dye using clay/polymer nanocomposite in batch system and fixed-bed column experiments was investigated on the basis numerous parameters. results showed that amount adsorbed increased as contact time process increases optimal pH value 4.0. Kinetic model pseudo-second-order Langmuir isotherm appropriately described experimental obtained from mode. Parameters like bed height, flow rate initial concentration significantly influenced elimination process. Yoon–Nelson, Bohart–Adams Thomas models have been favorably fitted with revolutionary curves derived various conditions. relevancy has assessed by wastewater tannery show is an efficient adsorbent. values thermodynamic parameters demonstrated adsorption viable, endothermic spontaneous. monolayer attended its maximum capacity for were 70.422 mg/g, 78.362 mg/g 103.918 at 30 °C, 40 °C 50 respectively. Clay/polymer seems to be a sustainable economical material uptake dyes wastewater.