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Technologies for recycling fibrous waste generated at silk reeling and sericulture enterprises of Uzbekistan and directions for their practical application

Field of Science:EcologyWaste Management and Disposal
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O_TJ.2026.01.14_0c9885f7.pdf

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“TEXTILE JOURNAL OF UZBEKISTAN” Scientific-technical journal

“TEXTILE JOURNAL OF UZBEKISTAN” Scientific-technical journal

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ARTICLE ANNOTATION

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This paper presents a comprehensive scientific analysis of the types, composition, and physical–mechanical properties of fibrous wastes generated during the production processes at silk reeling and sericulture enterprises of Uzbekistan. The study systematically examines the sources of formation, morphological structure, and technological suitability of cocoon-shaped and fibrous wastes arising at various stages of cocoon processing and silk manufacturing. Modern mechanical, physical, and chemical methods for recycling fibrous silk waste, as well as their technological sequences and economic and environmental efficiency, are substantiated on a scientific basis. The research results demonstrate that the targeted and integrated recycling of silk fibrous wastes enables the production of high value-added products, including spun silk yarns, nonwoven fabrics, thermal insulation materials, surface-active substances, and special-purpose technical papers. The proposed approach creates scientific and practical prerequisites for the effective utilization of secondary raw materials not only in the textile and light industries, but also in medicine, agriculture, and composite materials manufacturing, contributing to resource efficiency and environmental sustainability.

AUTHORS

Science ID: MQD-0925-0040

A.Gulamov

TOSHKENT TO'QIMACHILIK VA YENGIL SANOAT INSTITUTI

Tags

# secondary raw materials# environmental sustainability# resource efficiency# silk industry# sericulture# fibrous waste# recycling technology

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