Аннотация

В данной работе разработана технология брикетирования низкосортной угольной мелочи из Кожокеленского месторождения с использованием природных компонентов дикорастущих растений в качестве связующего вещества. Приведены результаты исследований  качественных характеристик угольных брикетов

Ключевые слова

уголь, брикеты, крахмал, декстрин, клейстер, еремурус, чертополох, тростник, шихта, прессование, сушка, теплотворность, влагоустойчивость

Использованные источники

  1. Dzhamanbaev, A.S., Tekenov, Zh.T., & Baimendieva, A.Sh. (1991). Coal briquetting in Kyrgyzstan. Bishkek: Ilim.

  2. Dzholdosheva, T.Dz., Tekenov, Zh.T., & Kurmankulov, Sh.Dz. (2000). On the agglomeration of fine brown coal classes with bentonite clay. Science and New Technologies, 2, 160-161.

  3. Ismanzhanov, A.I., & Dzholdosheva, T.Dz. (2000). Study of the granulation capacity of Kyrgyzstan's brown coals with inorganic binders. Science. Education. Technology, 2, 97-101.

  4. Tekenov, Zh.T., Ismanzhanov, A.I., & Dzholdosheva, T.Dz. (2008). Utilization of low-grade coals of Kyrgyzstan by agglomeration with inorganic binders. Bishkek: Ilim.

  5. Ismanzhanov, A.I., Dzholdosheva, T.Dz., & Adylov, Ch.A. (2015). Development of coal briquetting technology with binders from plant raw materials. Innovations in Life, 2(13), 5-10.

  6. Sviyats, I.E., & Agroskin, A.A. (1983). On the supramolecular structure of brown coal substances. Chemistry of Solid Fuels, 15, 16-22.

  7. Dzholdosheva, T.Dz., Osorov, I.A., & Mukhtar, K.Ch. (2020). Study of biomass processing products for solid fuel waste utilization. Bulletin of Osh Technological University, 1, 56-60.

  8. Pashinina, T.G. (2021). Narrow-leaved Eremurus in the collection of the E. Gareev Botanical Garden Research Institute of the National Academy of Sciences of the Kyrgyz Republic. Scientific Article, 52, 125-127.

  9. Bobrov, E.G., & Cherepanov, S.K. (Eds.). (1963). Weed plants – Carduus acanthoidas L. – Spiny, thorny, acanthoid, acantholeaf thistle. Flora of the USSR (Vol. 4). Moscow: USSR Academy of Sciences.

  10. Tsaprilova, S.V., & Rodionova, R.A. (2008). Spotted milk thistle: Chemical composition, standardization, application. Vitebsk State Medical University. Bulletin of Pharmacy, 3(41), 90-92.

  11. Kemaliev, R.A., et al. (2021). Method for obtaining biomass from plants (reed, straw, etc.). Innovations. Science. Education, 34, 482-487.

  12. Ismanzhanov, A.I., Dzholdosheva, T.Dz., & Adylov, Ch.A. (2015). Development of coal briquetting technology with binders from plant raw materials. Innovations in Life, 2(13), 5-11.

  13. Tekenov, Zh.T., & Dzhamanbaev, A.S. (1985). Study of coal fines autogenesis during their briquetting. Chemistry of Solid Fuels, 4, 133-136.

  14. Amosov, I.I., Burtsev, D.N., Ivanov, G.A., & Gulyuk, N.G. (1985). Geology of coal and combustible shale deposits. Moscow: Agropromizdat.

  15. Azarov, V.G., Zuev, O.V., & Matvienko, V.G. (2002). Method for obtaining fuel briquettes (Ukrainian Patent No. 47573). Kyiv.

  16. Dzholdosheva, T.Dz. (2020). Development of coal briquetting technology with plant-based binder in manure composition. Bulletin of Osh Technological University, 1, 82-87.

  17. Visiting the sorceress. (2011). Homemade glue. Retrieved from https://vgostyahukudesnitsi.blogspot.com/2011/11/blog-post_08.html.

ЦИТИРОВАНИЕ

Dzholdosheva, T., Osorov, I., Abdumomun uulu, S., & Aytbaeva, A. (2025). DEVELOPMENT OF TECHNOLOGY FOR BRIQUETTING KOZHOKELEN COAL BASED ON WILD VEGETATION PRODUCTS. News of Osh Technological University, 25(1), 23-32.