koz"Вестник Северо-Казахстанского университета имени Манаша Козыбаева"Bulletin of Manash Kozybayev North Kazakhstan University2958-003X2958-0048М. Қозыбаев атындағы СҚУ10.54596/2958-0048-2026-2-12-23koz-2337Research ArticleЕСТЕСТВЕННЫЕ НАУКИNATURAL SCIENCESПЕРСПЕКТИВЫ ИСПОЛЬЗОВАНИЯ ВТОРИЧНОГО ПОЛИЭТИЛЕНА В РОТАЦИОННЫХ КОМПОЗИТАХPROSPECTS FOR USING RECYCLED POLYETHYLENE IN ROTARY COMPOSITESТюканькоВ. Ю.TyukankoV. Y.

Старший исследователь, кафедра "Химия и химические технологии", доктор phd, доцент

Петропавловск

scientific supervisor

Petropavlovsk

vyutyukanko@ku.edu.kzТасимоваА. А.TassimovaA. A.

Студент 4-ого курса, кафедра "Химия и химические технологии"

Петропавловск

 student

Petropavlovsk

akniettasimova@gmail.comХасеноваД. К.KhasenovaD. K.

Студент 4-ого курса, кафедра "Химия и химические технологии"

Петропавловск

student

Petropavlovsk

danagul.khasenova.05@bk.ruЛяховаЕ. Е.LyakhovaE. E.

Студент 4-ого курса, кафедра "Химия и химические технологии"

Петропавловск

student

Petropavlovsk

evnikalahova@gmail.comТарунинР. А.TaruninR. A.

Старший преподаватель, кафедра "Международный кампус" магистр

Петропавловск

senior lecturer, department of International Campus, master

Petropavlovsk

ratarunin@ku.edu.kzАлпысовР. Р.AlpysovR. R.

Магистрант 2-ого курса, кафедра "Химия и химические технологии"

Петропавловск

master’s student, Department of Chemistry and chemical technologies

Petropavlovsk

sparkggvpeasy27@gmail.comКусаиновА. Г.KusainovA. G.

Магистрант 1-ого курса, кафедра "Химия и химические технологии"

Петропавловск

master’s student, Department of Chemistry and chemical technologies

Petropavlovsk

alisher2909@gmail.comКрасильниковР. Е.KrasilnikovaR. E.

Магистрант 1-ого курса, кафедра "Химия и химические технологии"

Петропавловск

master’s student, Department of Chemistry and chemical technologies

Petropavlovsk

ypravdom01@gmail.comНАО "Северо-Казахстанский университет имени Манаша Козыбаева"Казахстан«Manash Kozybayev North Kazakhstan University» NPLCKazakhstan20260907202602 (70)1223Copyright © Тюканько В.Ю., Тасимова А.А., Хасенова Д.К., Ляхова Е.Е., Тарунин Р.А., Алпысов Р.Р., Кусаинов А.Г., Красильников Р.Е., 20262026Тюканько В.Ю., Тасимова А.А., Хасенова Д.К., Ляхова Е.Е., Тарунин Р.А., Алпысов Р.Р., Кусаинов А.Г., Красильников Р.Е.Tyukanko V.Y., Tassimova A.A., Khasenova D.K., Lyakhova E.E., Tarunin R.A., Alpysov R.R., Kusainov A.G., Krasilnikova R.E.Данная работа распространяется под лицензией Creative Commons Attribution 4.0.This work is licensed under a Creative Commons Attribution 4.0 License.https://vestnik.ku.edu.kz/jour/article/view/2337

В работе рассмотрены современные методы утилизации пластиковых отходов (в частности полиэтилена (РЕ), как самого распространённого промышленного полимера) и показана наибольшая перспективность технологии вторичной переработки отходов РЕ. Выбрана перспективная технология переработки вторичного РЕ (rPE) - ротационное формование. Проанализированы все источники в международных патентных базах и БД Scopus и Web of Science с 2000 года в области использования rPE в ротационном формовании. Показано, что введение rPE в ротационные композиты позволяет получать изделия высокого качества, при снижении себестоимости продукции и одновременной утилизации отходов РЕ. Что значительно снижает экологическую нагрузку на окружающую среду. В заключении сделан вывод о перспективности использования rPE в ротационном формовании и как следствии построения зелёной циркуляционной экономики.

The paper discusses modern methods of plastic waste disposal (in particular, polyethylene (PE), as the most common industrial polymer) and shows the greatest potential of PE waste recycling technology. A promising technology for recycling secondary PE (rPE) - rotational molding - has been selected. All sources in international patent databases and Scopus and Web of Science databases since 2000 have been analyzed in the field of using rPE in rotational molding. It has been shown that the introduction of rPE into rotational composites allows for the production of high-quality products while reducing production costs and simultaneously recycling PE waste. This significantly reduces the environmental impact on the environment. In conclusion, it is concluded that the use of rPE in rotational molding is promising and can contribute to the development of a green circular economy.

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The authors declare that there are no conflicts of interest present.