1) Development of technology and raw material base for processing polymer waste into fuel distillates. Characterization of objects of study by methods of physical and chemical analysis. Creation and technological testing of composite catalysts based on natural zeolite for thermocatalytic hydrogenation of polymer waste.

2) Determination of optimal parameters of technology for complex processing of polymer waste into motor fuels in order to assess the quality of the obtained liquid distillate products:

3) Determination of the main physical and chemical indicators of target products obtained by the process of hydrogenation thermocatalytic processing of spent polymer waste.

4) Pilot-industrial development and study of technology for processing spent polymer waste into fuel distillates.

The scientific novelty of the project is as follows:

1. A new technology for processing polymer waste into fuel distillates using the process of thermocatalytic hydrogenation has been developed, which ensures deeper destruction of polymer chains and the production of high-quality motor fuels.
2. For the first time, composite catalysts based on natural zeolite modified with active components possessing high catalytic activity under conditions of hydrogenation processing of polymer waste have been synthesized.
3. The physicochemical and catalytic properties of the developed catalysts have been comprehensively studied using modern analytical methods (SEM, BET, IR spectroscopy, Raman microscopy, TGA, X-ray diffraction, XPS, etc.), which made it possible to establish the relationship between the structural characteristics and their activity.
4. Optimal parameters of the polymer waste processing process (temperature, pressure, catalyst composition and concentration, reaction time) have been determined, contributing to the maximum yield of liquid fuel fractions with improved performance properties. 5. For the first time, a comprehensive assessment of the quality characteristics of the obtained distillate products has been given, including fractional composition, density, viscosity, calorific value, octane and cetane numbers, which confirms their potential suitability as components of motor fuels.

Work is underway to develop a technology and raw material base for processing polymer waste into fuel distillates. The objects of research are characterized by methods of physicochemical analysis. Composite catalysts based on natural zeolite for the process of thermocatalytic hydrogenation of polymer waste have been created and tested. A doctoral dissertation is being defended.

In order to assess the quality of the resulting liquid distillate products, the optimal parameters of the technology for the complex processing of polymer waste into motor fuels will be determined.

The physicochemical characteristics and catalytic properties of the obtained new composite catalysts are studied (scanning electron microscopy, Raman microscopy, BET, IR spectroscopy, X-ray photoelectron and X-ray phase analysis, thermogravimetric analysis, etc.).

Work is underway to determine the main physicochemical indicators of the target products obtained in the process of hydrogenation thermocatalytic processing of spent polymer waste. A comprehensive analysis of products obtained during the thermal catalytic processing of polymer waste in the presence of composite catalysts based on natural zeolite will be conducted.

A laboratory test of the resource-saving technology under study will be developed and conducted.

Based on the results of the study, at least 2 (two) articles will be published in journals from the first three quartiles by impact factor in the Web of Science database or having a percentile by CiteScore in the Scopus database of at least 50.

• The list of goods, works and services planned for purchase under the AR25794283 program dated 26.06.2025
• Updated list of goods, works and services planned for purchase in 2025 under the AR25794283 project dated 09.15.2025
• Updated list of goods, works and services under the AR25794283 project dated 10.14.2025
• Тhe updated list of goods works and services under the AR25794283 project dated 12.18.2025
• list of goods, works and services under the AR25794283 project dated 05.01.2026