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NEW COMPOSITION MATERIAL FOR WINE FILTRATION

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Technical science and innovation

Technical science and innovation

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ARTICLE ANNOTATION

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Currently, cellulose-based composites, including paper, paper-like materials and paper products, are widely used in the chemical, oil refining, pharmaceutical, medicine, household and other industries as filter, wrapping paper and packaging material. The preparation of cellulose-based composite material, the development of technologies for their preparation, the study of their properties and applications, the localization of imported ingredients in composites, the study of their fields of application is an urgent problem. All over the world, scientific research is being conducted aimed at creating new effective composite materials based on natural fibers. It is advisable to expand the range of paper-like materials not only from plant fibers, but also from non-traditional fibers, which makes it possible to create composite paper-like materials with rare and unique properties. As a result of specific and large-scale measures taken in the chemical industry of our republic, much attention is paid to the modernization of new production enterprises, the expansion of the types and volumes of competitive products, including scientific and practical results on the development of paper technology and paper products based on local raw materials. The scientific significance of the research results is to establish the influence of the physical, chemical and structural characteristics of cellulose obtained from various one- and perennial cellulose-containing plants on the properties of the obtained composite materials based on them. The practical significance of the research results lies in the fact that the obtained paper-like composite materials can be used as filtering and packaging materials in the oil and gas, automotive, food and agricultural sectors.

AUTHORS

E.Egamberdiev

Тошкент кимё-технология институти

M.Abdumavlyanova

Тошкент кимё-технология институти

G.Rakhmonberdiev

Тошкент кимё-технология институти

Tags

# strength# Cellulose from topinabour# cellulose from cotton linters# basalt fiber# composite filter paper# fiber hydration

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Article Identifiers

ROI:

https://eroi.uz/11.0008/A0820-0029

DOI:

Not Available

References

Egamberdiev E., Rakhmanberdiev G., MardonovA. “Study of the sorption rate of composition paper samples obtained on the bases of cellulose-bearing plants cellulose and basalt fiber” Austrian Journal of Technical and Natural Sciences 1-2, 2018.56-62р

Mirkamilov T.M. Issledovanie vliyaniya usloviy ximicheskoy ochistki siklonnogo puxa i korotkoshtapelnogo linta na ximicheskiy sostav poluchennoy sellyulozi i ee prigodnost dlya pererabotki na atsetilsellyulozu i visokokachestvennuyu bumagu. Avtoref.dis.kand.tex.nauk. Leningrad, 1966, S.26.

Zaripova A.M., Golovnikova M.V., Tishaboev U., IgamberdievI.I.,Usmanov X.U.Vozmojnost ispolzovaniya zasorennix sortov linta dlya polucheniya visokokachestvennoy xlopkovoy sellyulozi. V kn.: Struktura i modifikatsiya xlopkovoy sellyulozi. Vip. 3, izd."Fan", UzSSR, Tashkent, 1966, S.11-15.

Akim L.E., Mirkamilov T.M., Usmanov X.U. Poluchenie visokokachestvennoy xlopkovoy sellyulozi iz siklonnogo puxa dlya pererabotki ee na atsetilsellyulozu i bumagu. - V kn.: Struktura i modifikatsiya xlopkovoy sellyulozi. Tashkent, 1966, izd. "Fan", S.32-37.

Tishaboev U. Vliyanie texnologicheskogo rejima polucheniya sellyulozi iz xlopkovogo linta na ee ximicheskiy sostav i reaksionnuyu sposobnost k viskozoobrazovaniyu. Avtoref.diss.kand.tex. nauk. Tashkent, 1970, S.22.

Eroxin N.G. Razrabotka texnologii polucheniya visokooblagorajennoy xlopkovoy sellyulozi dlya proizvodstva atsetatov sellyulozi. V kn.: Ximiya i texnologiya proizvodnix sellyulozi. VNIISS, g. Vladimir, 1964, S.141.

Zaripova A.M., Plovnikova M.V., Tishabaev U., Igamberdiev I.I., Usmanov X.U. Vozmojnost ispolzovaniya zasorennix sortov linta dlya polucheniya visokokachestvennoy xlopkovoy sellyulozi. V kn. Struktura i modifikatsiya xlopkovoy sellyulozi. Vip. 3, izd."Fan", UzSSR, Tashkent, 1966, S.11-15.

Sayfutdinov R.S. Razrabotka ximiches¬koy texnologii ispolzovaniya otxodov xlopkovodstva dlya proizvodtva drevesno-strujechnix plit i sellyulozi. Avtoref.dis.dokt.tex.nauk. Tashkent, 1998, S.49.

Primkulov M.T., Ismoilov S.N., Umarova V.K. // Bug‘doy somoni, sholi va g‘o‘za poyalaridan sellyuloza olish va ularning strukturasini suvda bo‘kishi usuli orqali o‘rganish. // Kompozitsion materiallar. 2015g. №1. Toshkent. – 62-64 betlar.

Nikitin N.I., Klenkova N.I. Vliyanie slabogo alkilirovaniya na svoystva sellyuloznogo volokna. Jurnal prikladnoy ximii, 24, 296, 1951.

Klenkova N.I., Kulakova N.A. Deystvie pervichnix aminov jirnogo ryada na strukturu i reaksionnuyu sposobnost xlopkovix sellyuloznix volokon. Jurnal prikladnoy ximii. 38, 4, 1965, S.919.

A.S.573524 SSSR Sposob polucheniya xlopkovoy sellyulozi. Mirkamilov T.M., Turaev E., Djalilov A.T., Askarov M.A./- Opubl.v BI N 35, 1977.

A.S.604888 SSSR Sposob polucheniya xlopkovoy sellyulozi. Mirkamilov T.M., Turaev E., Djalilov A.T., Askarov M.A./-Opubl.v BI N 16, 1978.

Bozorov O.N. Texnologiya pererabotki nizkosortnogo linta dlya polucheniya efirov sellyulozi. Avtoref.diss. kandidata texnicheskix nauk. – Tashkent, 2005, S.22.

Akim E.L., Mirkomilov T.M., Akim L.E., Usmanov X.U. Vliyanie chastichnogo oksietilirovaniya na skorost atsetilirovaniya xlopkovoy sellyulozi, poluchennoy iz siklonnogo puxa i korotkoshtapelnogo linta. V kn. Trudi Leningradskogo instituta SBP. vip. 23, M., 1970, izd.Lesnaya promishlennost, S.59-62.