PRODUCTION INTRODUCTION OF THE INSTALLATION USING THE PROPOSED SCADA SOFTWARE
Keywords:
cotton raw material, pneumatic transport equipment, air speed, pipe, pipe cross-section, diameter, aerodynamic force, inverter, static and dynamic.Abstract
The article reflects the results of a study of changes in air speed and aerodynamic force on the cross section of the pipe during the transportation of cotton by pneumatic transport. It contains conclusions and proposals for the effective management of the cotton pneumatic conveying process.
References
“Uzpakhtasanoat” JSC, “Primary processing of cotton” (Primich obrabotka khlopka), T., “Mexnat”, 2002.
Sarimsakov О. Improving the process of transporting cotton by air and air. Monograph. Navruz Publishing House, Namangan, 2019.
Sarimsakov O. D.Turgunov, A.Isakjanov. Practical study of the process of transfer of raw cotton to pneumatic transport // Scientific and technical journal of NamMTI, №3-4, 2018, pp. 37-41
Abbazov I., O. Sarimsakov, M.Khodjiev, B.Mardonov. Waste Produced at Cotton Waste Factories. // American Joural ASCIT Communications. 2018; 5 (2): pp.22-28
Kholmirzaev F., Azimov S. Abdurahimov K., Sarimsakov O. Investigation of the Loss of Air Pressure in the Pipeline of the Sotton Pneumatic Conveying.// Saudi Journal of Engineering and Technology // Dubai, United Arab Emirates. February 2019; 4 (2): pp.23-27
Sarimsakov O. The possibility of reducing cotton consumption in cotton. // American Journal of Science and Technology.// 2016; 4 (6): pp.68-72. http: www.aascit.journal / ajst.
Downloads
Published
Issue
Section
License

This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.