ECOLOGICALLY FRIENDLY FERTILIZER PRODUCTION

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Published: 2025-10-24
DOI: https://doi.org/10.66073/ReFocus-Conf/190
Keywords:
FXA, EFK, OFO, complex fertilizer, MM, OFU, sulfuric acid

Main Article Content

Nodirov Alisher Avazovich
Associate Professor, Namangan State Pedagogical Institute
Nozimov E'zoz Sadikjanovich
Chemistry teacher at Chust district secondary school No. 18

Abstract

The aim of the clinker method is to obtain EFK from various FXAs with a maximum content of P2O5 and a minimum amount of fluorine, and to obtain fertilizer samples with high nutrient components that meet agricultural requirements when processing the obtained EFK into OFO and complex fertilizers.

Article Details

Issue

Vol. 1 No. 1 (2025): REPUBLICAN SCIENTIFIC AND PRACTICAL CONFERENCE “THE MODERN EDUCATIONAL INTERPRETATION OF ENVIRONMENTAL PROTECTION, ITS REGIONAL CHARACTERISTICS, PROBLEMS, AND PRACTICAL SOLUTIONS”

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Articles
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This work is licensed under a Creative Commons Attribution 4.0 International License.

How to Cite

Nodirov Alisher Avazovich, & Nozimov E'zoz Sadikjanovich. (2025). ECOLOGICALLY FRIENDLY FERTILIZER PRODUCTION. Partner Conferences of the International Scientific Journal Research Focus, 1(1), 120-123. https://doi.org/10.66073/ReFocus-Conf/190

References

1. Nodirov, A. A., Sultonov, B. E., Sherkuziyev, D. S., & Abdulxayev, A. A. (2025, July). Research of the composition of phosphogypsum produced during the extracting of phosphoric acid from mineralized mass by the clinker method. In AIP Conference Proceedings (Vol. 3304, No. 1, p. 040021). AIP Publishing LLC.

2. Nozimov, E., Sultanov, B., Kholmatov, D., Sherkuziev, D., & Nodirov, A. (2024). Phosphorus fertilizer technology activated from phosphorus powder and mineralized mass. Scientific and Technical Journal of Namangan Institute of Engineering and Technology, 9(2), 129-134.

3. Nodirov, A. A., Sultonov, B. E., Abdullajanov, O. A., & Kholmatov, D. S. (2021). The clinker method of extracting phosphoric acid from Central Kyzylkum phosphorites. Scientific Bulletin of NamSU, 7, 69-75.

4. Sultonov B. E., Nodirov A. A., Xolmatov D. S. Research of the Composition of Phosphogypsum Produced During the Extracting of Phosphoric Acid from Ordinary Phosphorite Powder by the Clinker Method //Chemical Science International Journal. – 2023. – Т. 32. – №. 2. – С. 51-58.

5. Avazovich Nodirov Alisher, Sultonov Bohodir Elbekovich, and Holmatov Dilshod Sattorjonovich. "The main chemical composition of phosphogypsum. formed at the obtaining of extraction phosphoric acid by clinker method." International scientific review LXXXIX (2023): 6-8.

6. Nodirov Alisher Avazovich; Nozimov E'zoz Sadikzhanovich; Azimjonov Shohjahon, Extraction Phosphoric Acid From Washed Calcined Phosphorite Concentrate, TLEP–International Journal of Multidiscipline, 284-286. 2025/9/27

7. Rejabboyev Qobiljon Abdullajonovich; Doliyev Golibjon Alisherovich; Nodirov Alisher Avazovich, TLEP–International Journal of Multidiscipline. 287-290. 2025/9/27

8. Sobirjon Mamajonov, Abdulhayev Abduraxim, Nodirov Alisher, Nodiraxon Maxmudova. SURKOV KOMPOZIT MAHSULOTLARINI ISHLAB CHIQARISHNING TEXNOLOGIK USULLARI. Innovations in technology and science education. 132-138. 2024/10/14

9. Elbekovich Sultonov Boxodir; Avazovich Nodirov Alisher; Sattorjonovich Xolmatov Dilshod; Abdulaziz o’g’li Abdullajanov Oybek. EKSTRAKSION FOSFAT KISLOTA OLISHNING YARIMGIDRATLI VA YARIMGIDRAT-DIGIDRATLI USULI. Euro-Asia Conferences 2021/1/20. 516-518

10. Нодиров, А. А., Султонов, Б. Э., & Холматов, Д. С. (2022). Влияние нормы и концентрации серной кислоты на параметры экстракционной фосфорной кислоты, полученных клинкерным способом из мытого обожженного фосфоритового концентрата. Universum: технические науки, (3-5 (96)), 38-43.