THE AMOUNT OF YYM AND SI OF TECHNICAL CARBONS OBTAINED FROM LOCAL RAW MATERIALS WERE ANALYZED ACCORDING TO ASTM D2414 M3/KG

Nasir Tojimurodovich Ortikov; Karimov Mas’ud Ubaydulla ugli; Abdulaxat Turapovich Djalilov

THE AMOUNT OF YYM AND SI OF TECHNICAL CARBONS OBTAINED FROM LOCAL RAW MATERIALS WERE ANALYZED ACCORDING TO ASTM D2414 M3/KG

Authors

Nasir Tojimurodovich Ortikov Tashkent Chemical Technology Research Institute, PhD, Senior Researcher
Karimov Mas’ud Ubaydulla ugli Deputy Director for Scientific Affairs, Tashkent Research Institute of Chemistry and Technology, Doctor of Technical Sciences, Professor
Abdulaxat Turapovich Djalilov Director of the Tashkent Research Institute of Chemistry and Technology, Doctor of Chemical Sciences, Professor, Academician of the Academy of Sciences of the Republic of Uzbekistan

Abstract

This article examines the possibilities of obtaining technical carbon from industrial and petrochemical wastes. The authors analyzed the physicochemical properties of the soot formed by pyrolysis. The OAN, ash content and particle size of the obtained carbon were compared with traditional technical carbon. The results show that under properly selected pyrolysis conditions, carbon obtained from industrial wastes can meet industrial requirements. This article will provide a practical and economic justification for your line of work[1].

References

Kalyoncu R.S., Taylor P.R. Production of carbon black from waste hydrocarbon feedstocks. Fuel Processing Technology, 2001, 72, 1–10.

Choi S.S. Influence of carbon black structure on abrasion and tensile properties of rubber. Journal of Applied Polymer Science, 2002.

Раздьяконова, Г. И. Получение и свойства дисперсного углерода : монография/ Г. И. Раздьяконова ; Минобрнауки России, ОмГТУ ; ИППУ СО РАН. – Омск : Изд-во ОмГТУ, 2014. – 5-7 с.

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Published

2025-12-13

How to Cite

Nasir Tojimurodovich Ortikov, Karimov Mas’ud Ubaydulla ugli, & Abdulaxat Turapovich Djalilov. (2025). THE AMOUNT OF YYM AND SI OF TECHNICAL CARBONS OBTAINED FROM LOCAL RAW MATERIALS WERE ANALYZED ACCORDING TO ASTM D2414 M3/KG. Ethiopian International Multidisciplinary Research Conferences, 1(1), 41–43. Retrieved from https://eijmr.org/conferences/index.php/eimrc/article/view/1708