The aim of this study is to improve the efficiency of separators in the cotton industry. New separator designs and aerodynamic optimization methods help speed up the separation process, improve product quality, and reduce energy consumption. The study is based on the analysis of air flow distribution inside the separator and new filter materials. The results allow the separation process to be environmentally and economically sustainable.

Cotton industry, Separator, Aerodynamic optimization

Rakhmatulin H.A., Bakhriev G.B. Aerodynamic forces and separator designs. Publishing House of the Academy of Sciences of Uzbekistan, 2023.

Gasanov R. Technological development of cotton factories and environmental sustainability. "Scientific journal on cotton and textiles", 2022, 3 (15), pp. 25-30.

Tashmurodov F. New separator technologies in the process of cotton separation. Scientific journal "Technologies and Innovations", 2023, 5(22), pp. 45-50.

Karimov U. Automated separator systems in the cotton industry. "Cotton Industry and Technology", 2021, 7(18), pp. 60-67.

Abduganov D. Development of aerodynamic mathematical models of separators. "Science and Practice", 2024, 2(8), pp. 33-40.

Yuldashev I. Improving energy efficiency in cotton factories. "Technologies and mechanical engineering", 2023, 4(11), pp. 55-60.