Engineering and Technology
OPEN ACCESS
Analysis of Equipment for Separating Cotton Pieces from Cotton Cleaning Equipment Waste
DOI
Crossref DOI
10.37547/tajet/Volume08Issue02-19
tajet
2026
VOL. 8
/ NO. 2
FEBRUARY
RESEARCH OVERVIEW
Abstract
This article proposes an improved regenerator design for cleaning fibrous material. A drawback of existing analogues is that when the material is conveyed by an air stream, a portion of it passes in transit to the outlet pipe, which leads to a decrease in cleaning efficiency and a large amount of cotton pieces entering the waste. In the proposed device, an auger installed in the upper part of the main saw drum forcibly moves the material along the drum's axis, directing it to the re-cleaning zone and ensuring the regeneration process.
RESEARCH TOPICS
Keywords
Regenerator
pneumatic feeder
saw drum
Downloads
Download data is not yet available.
SOURCES & SCHOLARSHIP
References
- Kuliev, T. M., Kulmatov, I., Dzhamolov, R. K., & Oripov, Zh. I. (2020). Development of a new cotton regenerator for extracting cotton fly from cleaner waste. Scientific and Technical Journal of Fergana Polytechnic Institute, (1), 19–26. Fergana.
- Pavlyak, A. I., & Guliov, N. G. (1952). Application of drum-saw cleaners. NTO, Tashkent, 14 p.
- Borodin, P. N., & Budin, E. F. (1982). Cotton seed cleaner-regenerator. Patent SU 1151604.
- Preliminary processing technology of cotton. (2012). PDI 30-2012. Uzpakhtasanoat Association, Cotton Industry Scientific Center JSC, Tashkent, 35 p.
- Dzhamolov, R. K., & Ismoilov, U. M. (2021). Improving the efficiency of technological equipment for cotton regeneration. In Modern Innovative Technologies in Light Industry: Problems and Solutions (pp. 391–396). Bukhara.
- Abidova, A., Kuliev, T., Dzhamolov, R., & Bobomurodov, M. (2023). Development of a new RH regenerator design for effective separation of cotton from waste of cotton cleaners. Journal of Education, Science and Innovation, (4), 311–314.