TRISODIUM PHOSPHATE WASTE AND LOCAL ASH

Authors

  • Rustambek Rasulovich Tojiev Rector of the International Institute of Food Technology and Engineering, Ph.D. Author
  • Akmaljon Akramovich Ibragimov Deputy Dean of the International Institute of Food Technology and Engineering Author

Keywords:

nitrogen-phosphorus-potassium fertilizer, viscosity, density,

Abstract

In the article with ammonia liquefaction of saltpeter with TNFCh and local ash minerals Nitrogen-phosphorus-potassium formed as a result of mixing of liquids rheological properties were studied. The methods and additions of nitrogen-phosphorus-potassium fertilizers are discussed based on local ash mineral and industrial waste.

References

Chernyshev A.K., Levin B.V., Tugolukov A.V., Ogarkov A.A., Ilin V.A. Ammiachnaya saltpeter: property, production, application - M.: ZAO "INFOXIM", 2009. - 544 s.

GOST 2-2013. Saltpeter ammonia. Технические condition. - M.: standard form , 2014. - 65 s.

Spravochnik azotchika / pod ed. E. Ya. Melnikova. Izd. - 2-e, perer . - M.: chemistry, 1987. - 464 s.

Pozin M.E. Technology mineralnyx udobreniy: uchebnik dlya vuzov. – 6- e ibid., pererab – L.: chemistry, 1989. – 352 s.

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Published

2024-05-31

Issue

Vol. 2 (2024): MODERN TENDENCIES OF DIGITAL EDUCATION AND WAYS OF IMPLEMENTING THEM IN THE EDUCATIONAL PROCESS

Section

Articles

License

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How to Cite

TRISODIUM PHOSPHATE WASTE AND LOCAL ASH. (2024). INTERNATIONAL SCIENTIFIC AND PRACTICAL E-CONFERENCE " MODERN TENDENCIES OF DIGITAL EDUCATION AND WAYS OF IMPLEMENTING THEM IN THE EDUCATIONAL PROCESS" – Brno, Czech, 2, 30-32. https://researchparks.net/index.php/mtde/article/view/227