Main Article Content

Abstract

In this analytical article, the possibilities of using agricultural waste, non-wood and annual plants as a fibrous semi-finished product in the pulp and paper industry based on an analysis of the literature are examined. Scientific research conducted by scientists from around the world has been reviewed. The possibility of using alternative materials as raw materials in the paper industry was analyzed.

Keywords

cotton wood straw anise hemp bamboo waste paper cellulose

Article Details

How to Cite
[1]
A., A.D. and A., N.I. 2022. Prospects for Receiving Paper from Agricultural Waste and Non-Wooden Alternative Materials. International Journal on Integrated Education. 5, 5 (May 2022), 68-75.

References

  1. 1. Allianz Research. How paper and board are back on track. Euler Hermes. 05 November 2021. 11 s.
  2. 2. Obi F. O., Ugwuishiwu B. O., Nwakaire J. N. Agricultural waste concept, generation, utilization and management // Nigerian Journal of Technology (NIJOTECH). Vol. 35, No. 4, October 2016, pp. 957 – 964.
  3. 3. Galimova Z.K, Babaxanova X.A, Nabiev D.S. Xarakteristiki i pechatnie svoystva bumagi na osnove xlopkovoy i solodkovoy sellyulozi [Characteristics and printing properties of paper based on cotton and licorice pulp] // Vestnik molodix uchenix Sankt-Peterburgskogo Gosudarstvennogo Universiteta texnologii i dizayna. Vipusk №1 –S.94-97
  4. 4. M.M.Murodoa, E.A.Egamberdiev, G.R.Raxmonberdiev. “Tapinambur o‘simligi “Fayz-Baraka” va “Mo‘jiza” navlari poyalaridan sellyuloza olish jarayonini o‘rganish [Study of the process of obtaining cellulose from the stems of the tapinambur plant "Fayz-Baraka" and "Miracle"]. Kompozitsion materiallar ilmiy texnikaviy va amaliy jurnali. Toshkent 2012 yil. №2 59-63 b
  5. 5. M.Sh.Xasanova , B.B.Karimov. Qog‘oz sanoati uchun xomashyo olishda dorivor o‘simliklardan foydalanish [Use of medicinal plants in the production of raw materials for the paper industry]. [elektron resurs]. https://referat.uz/texnika-va-texnologiyalar/24083-qogoz-sanoati-uchun-khomashio-.html
  6. 6. Sherimbetov I.U., Nabieva I.A. Qadoqlash–o‘ram qog‘oz turlarini ishlab chiqarishda mahalliy xom ashyolardan foydalanish imkoniyatlarini o‘rganish [Study of the possibility of using local raw materials in the production of packaging paper] “Magistratura talabalarining ilmiy maqolalar to‘plami” Toshkent. TTESI 2021 y. 421-423-bet
  7. 7. Zhong Liu, Huimei Wang, Lanfeng Hui. Pulping and Papermaking of Non-Wood Fibers. http://dx.doi.org/10.5772/intechopen.79017]
  8. 8. Mohammad J. Taherzadeh, Kim Bolton, Jonathan Wong and etc. Sustainable Resource Recovery and Zero Waste Approaches. Chapter 1 - Agricultural, Industrial, Municipal, and Forest Wastes: An Overview. Elsevier. 2019, Pages 1-22.
  9. 9. Pratima Bajpai. Nonwood Plant Fibers for Pulp and Paper. Elsevier, 2021. 248 s.
  10. 10. Mirzaeva M.B., Babaxanova X.A. Vliyanie protsessa razmola bumajnoy massi na mexanicheskuyu prochnost bumag [Influence of paper pulp grinding process on the mechanical strength of papers] // Problemi tekstilya, 2012. -№2. S.52-55.
  11. 11. Vurasko A.V., Galimova A.R., Driker B.N., Mozireva Ye.A., Zemnuxova L.A. Resursosberegayuщaya texnologiya polucheniya sellyuloznix materialov [Resource-saving technology for producing cellulose materials] //mat. IV Vserossiyskaya nauchn. Konf. “ximiya i texnologiya rastitelnix veщestv” //. – Siktivkar, 2006 g. -c. 33.
  12. 12. V. A. Levdanskiy, A. V. Levdanskiy, B. N. Kuznesov. Sposob polucheniya iz lna sellyuloznogo produkta s visokim soderjaniem alfa-sellyulozi [Method for obtaining a cellulose product from flax with a high content of alpha cellulose] // Journal of Siberian Federal University. Chemistry. – 2014. – № 1. – R. 63–70.
  13. 13. Gismatulina Yu. A., Sevastyanova Yu. V., Budaeva V. V., Zolotuxin V. N. sellyuloza iz rossiyskogo miskantusa dlya osobix sortov bumagi [Cellulose from Russian miscanthus for special paper grades]//Fizikoximiya rastitelnix polimerov [Elektronniy resurs] : Materiali 6 Mejdunarodnoy konferensii, Arxangelsk, 22-15 iyunya, 2015. - Arxangelsk, 2015. - S. 92-96
  14. 14. F. Fatan, D. Satyajit. Paper from Stipagrostis pungens. Industrial Crops and Products. Volume 59. 2014. r. 109–114
  15. 15. Barbash V. A., Trembus I. V., Oksentyuk N. N. Bumaga i karton iz stebley kenafa i sorgo saxarnogo [Paper and cardboard from stalks of kenaf and sugar sorghum] // Ximiya rastitelnogo sirya. 2014. №4. S.271-278.
  16. 16. Rakkolainer Minna, Kontturi Eero, Isogai Akira, Enomae Toshiharu, Blomstedt Minna, Yuorinen Tapani. Carboxymethyl cellulose treatment as a method to inhibit vessel picking tendency in printing of eucalyptus pulp sheets. Ind. and Eng. Chem. Res. 2009. 48, № 4, s. 1887 – 1892
  17. 17. Tetsuya Takahashi, Yuji Aso, Wakako Kasai, Tetsuo Kondo. Effekt of light irradiation on the antibacterial activity of compounded papers containing wasted tea leaves. J. Wool Sci. 2010. 56, № 4, r. 299 – 306
  18. 18. Fedotova A. V., Snejko A. G., Sdobnikova O. A., Samoylova L. G., Smurova T. A., Revina A. A., Xaylova E. B. Upakoviyanie materiali iz prirodnix polimerov, modifitsirovannix nanochastitsami serebra [Packaging materials from natural polymers modified with silver nanoparticles]. Plast massi. 2009, № 7, s. 42 – 48
  19. 19. Xaled Sh. Sostav i svoystva biologicheski aktivnix veщestv shrota Glycyrrhizae Radices [Composition and properties of biologically active substances of meal Glycyrrhizae Radices]. Dissertatsiya na soiskanie uchenoy stepeni kandidata ximicheskix nauk. Kazan 2017 150 s
  20. 20. Sherimbetov I.U, Alimova D.A., Nabieva I.A. Qizilmiya ildizidan sellyuloza olish va sellyulozaning sifat ko‘rsatkichlari taxlili [Analysis of cellulose extraction from anise root and quality indicators of cellulose]. “To‘qimachilik iplarni chuqur qayta ishlashning innovatsion echimlari” O‘z TTITI 18-19 oktabr 20019 yil b 244-246
  21. 21. I.A.Nabiyeva. D.A.Alimova , Wang Hua Research on new raw material source for the paper industry. India. International journal of advanced research in science, engineering and technology Vol. 6, Issue 12, December 2019
  22. 22. Alimova D. A., Abdumajidov A. A., Mirataev A. A, Nabieva I. A. "Izuchenie vozmojnosti ispolzovaniya vtorichnix resursov dlya kompozitsii pische-pechatnix vidov bumagi [Studying the possibility of using secondary resources for the composition of writing and printing types of paper]" Vestnik nauki i obrazovaniya, № 12 (48), 2018, s. 26-30.
  23. 23. D.A. Alimova, S.X. Xasanova, I.A. Nabieva, A.A. Mirataev. Izuchenie vozmojnosti polucheniya pechatnoy bumagi na osnove mestnogo sirya [Exploring the possibility of obtaining printing paper based on local raw materials]. Kompozitsionnie materiali №3, 2018 S 40-43
  24. 24. Małachowska Edyta, Przybysz Piotr, Dubowik Marcin, Kucner Marta, Buzała Kamila.Comparison of papermaking potential of wood and hemp cellulose pulps // Ann. Warsaw Univ. Life Sci. Ser. Forest. and Wood Technol. - 2015. - № 91. - S. 134-137.
  25. 25. Danielewicz Dariusz, Surma-Slusarska Barbara. Processing of industrial hemp into papermaking pulps intended for bleaching. //Fibers and Text.East. Eur. 2010. 18, № 6, s. 110 – 115.
  26. 26. Groot Brigitte, van der Kolk Johannes C. Alkaline swelling of hemp woody core chips // J. Wood Shem and Teshn.- 1997. №1-2, S.187-208.
  27. 27. Eshbaeva U.J.,Rafikov A.S., Djalilov A.A. Akrilovaya emulsiya-prokleyka kompozitsiionnoy bumagi na osnove xlopkovoy sellyulozi i sinteticheskix volokon [Acrylic emulsion-sizing composition paper based on cotton cellulose and synthetic fibers]. “Problemi poligrafii i izdatelskogo dela”-Moskva -2018 №3 S 30-36
  28. 28. U. Eshbaeva, A.Rafikov, I. Nabieva. Bumaga s vvedeniem modifitsirovannogo nitronovogo volokna [Paper with the introduction of modified nitron fiber] //Poligrafiya. №4. 2013. S. 54-555.
  29. 29. U.J. Eshbaeva, A.A. Rafikov, I.A. Nabieva, A.S. Rafikov. Svoystva bumagi na osnove xlopkovoy sellyulozi i modifitsirovannix poliakrilonitrilovix volokon [Properties of paper based on cotton cellulose and modified polyacrylonitrile fibers] // sellyuloza Bumaga Karton. №1. 2014, S.58-62
  30. 30. Migneault Sebastien, Koubaa Ahmed, Erchiqui Fouad, Chaala Abdelkader, Englund Karl, Krause Cornelia, Wolcott Michael. Effekt of fiber length on processing and properties of extruded wood – fiber / HDPE composites. J. Appl. Polyum. Sci. 2008. 110, № 2, s. 1085-1092
  31. 31. Babaxanova X.A., Alimova X.A. Bumaga iz otxodov tekstilnoy promishlennosti [Waste paper from the textile industry]. Poligrafiya. Moskva 200 №1 S96-97
  32. 32. Gulomov A.E. Utilizatsiya korotkovoloknistix shelkovix otxodov v kacheskve sirya bumajnogo proizvodstva [Utilization of short-fiber silk waste as raw material for paper production]. Tezisi dokloda nauchno-prakticheskoy konferensii molodix uchenix i odarennix studentov Respubliki. Tashkent 1997 g s160
  33. 33. Axmedova E.Sh., Kamalova S.R. svetovie xarakteristiki mnogokrasochnix ottiskov, otpechatannix na sennix vidax bumag, soderjaщix otxodi kokonomotalnogo proizvodstva [Color characteristics of multicolor prints printed on security papers containing cocoon winding waste] //Uzbekskiy ximicheskiy jurnal. - 2012. - № 5. - S. 67-70شيخ سليمان افندى بخارى . لُغَت ﭼَﻐَﺘﺎي وَ تُركى ﻋﺜﻣﺎنى .استانبول . ١٢٩٨