Main Article Content

Abstract

There is an opportunity to extract cellulose from the wastes of medicinal and agricultural plants and use them as a good raw material for making paper, which is important for non-forestry countries. Within this study, the kinetics of the process of cellulose extraction from amaranth stem was studied, and the properties of the obtained cellulose were studied. Based on the conducted experiments, a technological mode of cellulose extraction from amaranth stems is proposed.

Keywords

amaranth stem degree of whiteness degree of polymerization wood cellulose α-cellulose

Article Details

How to Cite
[1]
Bokhodirovich , K.B., Shukhratovna, K.M., Sodiqovich, M.K. and Abdumalikovich, A.A. 2023. Study of the Properties of Cellulose Obtained from Amaranth Stem. International Journal on Integrated Education. 6, 1 (Jan. 2023), 127-131.

References

  1. 1. Further development of cultivation and industrial processing of licorice and other medicinal plants in the Republic of Uzbekistan from the decision of the Cabinet of Ministers of the Republic of Uzbekistan (27.01.2018 No. 63) on measures.
  2. 2. Matrasulova D.F., Karimov B.B., Khasanova M.Sh. Exploring the possibility of obtaining cellulose from amaranth (amaranthus). // Collection of theses of the international seminar Uzbekistan - Russia "Textile technology - 2018" - TITLI, Tashkent. –October 19, 2018 –p.9.
  3. 3. Primkulov M.T., Rahmonberdiev G'.R. "Paper technology" // –Tashkent, "Teacher Publishing House". –2010, –p. 250.
  4. 4. Abdumajidov A.A., Mirataev A.A. Removal of waxy substances from fibrous waste for the preparation of paper furnish from local raw materials // International Journal of Innovations in Engineering Research and Technology. –2021. –Volume 11. –№ 8. (IJIERT)a.
  5. 5. Abdumajidov A.A., Axmedova I.Z., Mirataev A.A. Набиева И.А. Exploring possibilities of using textile waste in the paper industry // «EUROPEAN IENTIFIC DISCUSSIONS» abstracts of IV International Scientific and Practical Conference. –Rome, Italy. –26-28 February, 2021.
  6. 6. https://knowledge.allbest.ru/chemistry /3c0b65635a2ad68b4d43b88421206 c37_