DEVELOPMENT OF EFFECTIVE AGROCHEMICAL AGENTS THROUGH THE CHEMICAL MODIFICATION OF SODA INDUSTRY WASTES
Том 2 № 7 (2025), Articles
Том 2 № 7 (2025)

DEVELOPMENT OF EFFECTIVE AGROCHEMICAL AGENTS THROUGH THE CHEMICAL MODIFICATION OF SODA INDUSTRY WASTES

Articles
Опубликован 2025-07-12
  • Hayotjon Majidov
  • Ulugbek Pardayev
  • Nigora Buranova
  • Eldor Khusanov
Hayotjon Majidov
Ulugbek Pardayev
Nigora Buranova
Eldor Khusanov
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Ключевые слова

Agrochemical agents, soda industry waste, chemical modification, carbonate residues, defoliants, green chemistry, sustainable agriculture, waste valorization, FTIR, XRD.

Аннотация

This article explores the development of effective agrochemical agents derived from chemically modified soda industry wastes. The study focuses on converting carbonate-rich residues into value-added agricultural products through targeted chemical treatments, including acid activation and oxidative modification. The resulting materials were analyzed for structural and functional characteristics using FTIR and XRD techniques. Preliminary field trials demonstrated improved efficacy in promoting leaf abscission and soil conditioning without phytotoxic effects. The approach supports sustainable agriculture and waste valorization, offering an environmentally friendly alternative to conventional agrochemicals. This research contributes to circular economy principles and the advancement of green chemistry in agro-industrial systems.

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Библиографические ссылки

Chen, Y., Liu, H., & Zhang, J. (2021). Enhanced defoliation effects using oxidized carbonate waste residues in cotton cultivation. Journal of Environmental Management, 289, 112482.

Pardayev, U. B., Mirsaliyeva, M., Yaxshinorova, N., & Khusanov, E. (2025). THE CHEMICAL BASIS FOR THE DEVELOPMENT OF NEW AGROCHEMICAL PREPARATIONS BASED ON ACRYLONITRILE. International journal of medical sciences, 1(5), 250-257.

Shukurov, Z. S., Khusanov, E. S., Mukhitdinova, M. S., & Togasharov, A. S. (2021). Component Solubilities in the Acetic Acid–Monoethanolamine–Water System. Russian Journal of Inorganic Chemistry, 66, 902-908.

Исаков, Ю., Абдумажидова, Ш., Пардаев, У., & Хусанов, Е. (2025). THE EFFECT OF DIFFERENT PHOSPHORUS DOSES ON THE STORAGE AND YIELD OF LATE-RIPENING MELON IN LIGHT GRAY SOILS. Международный мультидисциплинарный журнал исследований и разработок, 1(5), 163-167.

Xamdamova, S., Pardayev, U. B., & Kosimova, X. (2025). SPECTROPHOTOMETRIC ANALYSIS OF 2-PHENOXYETHYLDIMETHYLBENZYLAMMONIUM-2-OXYNAPHTHOATE AND ITS CORRELATION WITH ANTIPARASITIC ACTIVITY. International journal of medical sciences, 1(5), 3-11.

Тураев, К. А., Тогашаров, А. С., Тухтаев, С., & Хусанов, Э. С. (2021). ИЗУЧЕНИЕ РАСТВОРИМОСТИ СИСТЕМЫ Ca (ClO3) 2· 2CO (NH2) 2-C2H2ClO2Na-H2O. In Инновационные материалы и технологии-2021 (pp. 245-246).

Pardayev, U. B., Mirsaliyeva, M., Yaxshinorova, N., & Khusanov, E. (2025). PREDICTION OF ACARICIDAL PROPERTIES OF ORGANIC COMPOUNDS BASED ON BOILING POINT, MELTING POINT, AND VAPOR PRESSURE. Modern Science and Research, 4(6), 436-444.

Pardayev, U. B., Akramova, Y., Majidova, G., & Xolmirzayev, M. (2025). SAR AND QSAR MODELING OF ALGICIDAL COMPOUNDS BASED ON PHYSICOCHEMICAL DESCRIPTORS. Modern Science and Research, 4(6), 445-453.

Xayrullo o‘g, P. U. B., & Shermatovich, K. B. (2025, June). COMPARATIVE ANALYSIS OF THERMAL AND THERMOCHEMICAL ACTIVATION OF BIO-WASTE FOR CARBON ADSORBENT PRODUCTION. In CONFERENCE OF MODERN SCIENCE & PEDAGOGY (Vol. 1, No. 3, pp. 646-652).

Khusanov, E. S., Shukurov, J. S., Togasharov, A. S., & Tukhtaev, S. (2022). С. ХУСАНОВ, ЖС ШУКУРОВ, АС ТОГАШАРОВ, С. ТУХТАЕВ РАСТВОРИМОСТЬ КОМПОНЕНТОВ В ВОДНОЙ СИСТЕМЕ H3PO4∙ CO (NH2) 2–NH (C2H4OH) 2–H2O. Uzbek Chemical Journal/O'Zbekiston Kimyo Jurnali, (2).