Chemical Engineering

Fuel Additives

We develop and optimize fuel additives by creating, testing, and refining formulations, utilizing mathematical modeling and advanced analytical methods to enhance fuel performance, compatibility, and stability throughout all stages of its application.

Modeling and forecasting diesel fuel properties using mathematical models.
Developing new and improving existing formulations for additives, lubricants, and metalworking fluids (MWFs).
Assessing the compatibility, performance, and stability of additives throughout the fuel life cycle.
Conducting comprehensive laboratory, bench, and industrial-scale testing.
Detailed fuel composition analysis using advanced analytical methods (GCxGC/MS-FID).

Polymer Engineering

Technological audits and the design of production processes and equipment.
Selection of innovative catalysts and recommendations for process parameters, including eco-friendly, phthalate-free polymerization systems.
Laboratory testing of new materials and stabilizers.
Research and processing of various types of polymer waste as valuable feedstock for the production of fuels and chemical products.
Development of technologies for recycling and integrating waste materials (LDPE, PET, PVC, polystyrene, etc.) into production cycles.

Catalysts and Adsorbents

Development and implementation of new methods for evaluating catalyst performance in catalytic cracking processes.
Modeling catalyst performance for various process requirements and industrial unit operating conditions.

Chemical Engineering

Core Activities

Fuel Additives

Polymer Engineering

Catalysts and Adsorbents

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